difference - Zur K 2016

Transcription

MyCatalog 2013
2013
16 – 23 October
Düsseldorf, Germany
makes the
difference
International Trade Fair
No. 1 for Plastics
and Rubber Worldwide
K 2013 – - International Trade Fair - No.1 for Plastics
and Rubber worldwide
www.k-online.de
www.k-online.de
Personal guide for:
EMail: Product category: 04 - Services for the plastics and rubber industrie
Search Criteria:
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Company Figures
Company Profile
Contact Persons
Exhibitors with address and hall location
Hall map for each exhibitor
News / Product News
Product groups with descriptions and illustrations
main_prod_no
Messe Düsseldorf GmbH
Postfach 101006
40001 Düsseldorf
Germany
Tel. +49 (0)221 / 45 60-01
Fax +49 (0)221 / 45 60-668
www.messe-duesseldorf.de
© 2015 Messe Düsseldorf GmbH
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Contents
1.37
1.38
1 Exhibitors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
8
1.1
ADD-CHEM Germany GmbH . . . . . . . . . . . . . . . . . .
8
1.2
AIMPLAS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11
1.3
AISAPACK SA . . . . . . . . . . . . . . . . . . . . . . . . . . . 14
1.4
Applied Market Information Ltd. . . . . . . . . . . . . . . . . . 17
1.5
Ashutosh Mukhopadhyay . . . . . . . . . . . . . . . . . . . . 18
1.6
Assocomaplast- Italian Plastics and Rubber Processing Machinery and Moulds Manufacturers Association . . . . . . . . 21
1.7
AST Technology . . . . . . . . . . . . . . . . . . . . . . . . . . 22
1.8
AVEP - FETRAPLAST . . . . . . . . . . . . . . . . . . . . . . 26
1.9
AVEP - FETRAPLAST . . . . . . . . . . . . . . . . . . . . . . 27
1.10 BARNET EUROPE W. Barnet GmbH & Co. KG . . . . . . . . 28
1.11 Bayern Innovativ GmbH . . . . . . . . . . . . . . . . . . . . . 29
1.12 BGS Beta-Gamma-Service GmbH & Co. KG . . . . . . . . . 31
1.13 Bodycote Wärmebehandlung GmbH . . . . . . . . . . . . . . 33
1.14 Chemir - EAG . . . . . . . . . . . . . . . . . . . . . . . . . . . 35
1.15 ChemSite Initiative . . . . . . . . . . . . . . . . . . . . . . . . 38
1.16 China Economic News Service (CENS.com) (Taiwan Machinery Magazine) . . . . . . . . . . . . . . . . . . . . . . . . . . . 40
1.17 Comexi Group . . . . . . . . . . . . . . . . . . . . . . . . . . . 40
1.18 Compuplast International Inc. . . . . . . . . . . . . . . . . . . 42
1.19 CoreTech System Co., Ltd. (Moldex3D) . . . . . . . . . . . . 45
1.20 Deutsches Institut für Kautschuktechnologie e.V. . . . . . . . 64
1.21 Elastocon AB . . . . . . . . . . . . . . . . . . . . . . . . . . . 66
1.22 Euromap c/o VDMA . . . . . . . . . . . . . . . . . . . . . . . 68
1.23 European Bioplastics e.V. . . . . . . . . . . . . . . . . . . . . 69
1.24 Europlasma N.V. . . . . . . . . . . . . . . . . . . . . . . . . . 73
1.25 GABLER Thermoform GmbH & Co. KG . . . . . . . . . . . . 76
1.26 GABO QUALIMETER Testanlagen GmbH . . . . . . . . . . . 78
1.27 GAUDLITZ GmbH . . . . . . . . . . . . . . . . . . . . . . . . 80
1.28 godding + dressler GmbH . . . . . . . . . . . . . . . . . . . . 83
1.29 Herding GmbH Filtertechnik . . . . . . . . . . . . . . . . . . . 88
1.30 Herotron E-Beam Service GmbH . . . . . . . . . . . . . . . . 90
1.31 HOS-Technik Vertriebs-und Produktions-GmbH . . . . . . . . 92
1.32 ICIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 94
1.33 Impact Solutions . . . . . . . . . . . . . . . . . . . . . . . . . 95
1.34 INCLUDIS Automation Systems Inc. . . . . . . . . . . . . . . 107
1.35 Industrie- und Handelskammer (IHK) Potsdam . . . . . . . . 109
1.36 Industrie- und Handelskammer (IHK) Potsdam . . . . . . . . 121
1.39
1.40
1.41
1.42
1.43
1.44
1.45
1.46
1.47
1.48
1.49
1.50
1.51
1.52
1.53
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1.54
1.55
1.56
1.57
1.58
1.59
1.60
1.61
1.62
1.63
1.64
1.65
1.66
1.67
1.68
1.69
1.70
1.71
1.72
1.73
1.74
1.75
Institut für Kunststofftechnik, Universität Stuttgart . . . . . . .
Institut für Kunststoffverarbeitung (IKV) in Industrie und
Handwerk an der RWTH Aachen . . . . . . . . . . . . . . . .
JB TECNICS SAS . . . . . . . . . . . . . . . . . . . . . . . .
Kunststoff Information Verlagsgesellschaft mbH . . . . . . . .
KUNSTSTOFF-PROFI Verlag GmbH & Co. KG . . . . . . . .
Kunststoff-Zentrum in Leipzig gGmbH . . . . . . . . . . . . .
Kunststoffverbund Brandenburg Berlin . . . . . . . . . . . . .
Leibniz-Institut für Polymerforschung Dresden e.V. . . . . . .
Listgrove Limited . . . . . . . . . . . . . . . . . . . . . . . . .
M-Base Engineering + Software GmbH . . . . . . . . . . . .
Messe Düsseldorf Japan Ltd. . . . . . . . . . . . . . . . . . .
MF SOFTWARE Sales & Service Group GmbH . . . . . . . .
MHG Maschinenfabrik Hombak GmbH . . . . . . . . . . . . .
MHS Mold Hotrunner Solutions Inc. . . . . . . . . . . . . . .
Minger Kunstofftechnik AG . . . . . . . . . . . . . . . . . . .
Norner AS . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Ostthüringische Materialprüfgesellschaft für Textil und Kunststoffe mbH - OMPG mbH . . . . . . . . . . . . . . . . . . . . .
Pallmann Maschinenfabrik GmbH & Co. KG . . . . . . . . . .
PCN Plastics Consultancy Network . . . . . . . . . . . . . . .
PlasticsEurope . . . . . . . . . . . . . . . . . . . . . . . . . .
PLATTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
PRM-Taiwan (Polaris Creative Corp.) . . . . . . . . . . . . . .
Region Köln/Bonn e.V. . . . . . . . . . . . . . . . . . . . . . .
Ringier Trade Media Ltd. . . . . . . . . . . . . . . . . . . . .
Sayers Publishing Group Ltd. Plastics in Packaging . . . . .
Schneider Prototyping GmbH . . . . . . . . . . . . . . . . . .
SHS plus GmbH . . . . . . . . . . . . . . . . . . . . . . . . .
SIGMA Engineering GmbH . . . . . . . . . . . . . . . . . . .
SKZ Das Kunststoff-Zentrum . . . . . . . . . . . . . . . . . .
Special Coatings GmbH & Co. KG . . . . . . . . . . . . . . .
Sukano AG . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Sulzer Metaplas GmbH . . . . . . . . . . . . . . . . . . . . .
SWISSMEM . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Systech Instruments Ltd. . . . . . . . . . . . . . . . . . . . .
Technische Universität Dresden Institut für Leichtbau und Kunststofftechnik . . . . . . . . . . . . . . . . . . . . . . . . . . . .
TecPart Verband Technische Kunststoff-Produkte e. V. . . . .
Thüringisches Institut f. Textil- u. Kunststoff-Forschung e.V. .
Universität Erlangen-Nürnberg Lehrstuhl für Kunststofftechnik
van Baal GmbH . . . . . . . . . . . . . . . . . . . . . . . . . .
134
135
139
142
145
146
148
149
151
152
155
157
162
163
169
172
179
187
191
192
195
196
197
199
200
201
202
203
206
217
219
227
229
229
232
234
236
244
245
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1.76 Vollack GmbH & Co. KG . . . . . . . . . . . . . . . . . . . . . 246
1.77 WIPAG SÜD GmbH & Co. KG . . . . . . . . . . . . . . . . . 253
1.78 WVIB Wirtschaftsverband industrieller Unternehmen Baden e.V.255
1.79 Zeppelin Systems GmbH . . . . . . . . . . . . . . . . . . . . 256
1.80 ZukunftsAgentur Brandenburg GmbH . . . . . . . . . . . . . 260
2 Fairground Map . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 264
3 Hall Maps . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 266
3.1
Hall EN.1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 266
3.2
Hall EN . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 268
3.3
Hall 01 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 270
3.4
Hall 03 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 272
3.5
Hall 04 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 274
3.6
Hall 05 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 276
3.7
Hall 06 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 278
3.8
Hall 07a . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 280
3.9
Hall 07 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 282
3.10 Hall 07.1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 284
3.11 Hall 07.2 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 286
3.12 Hall 08b . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 288
3.13 Hall 08a . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 290
3.14 Hall 09 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 292
3.15 Hall 10 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 294
3.16 Hall 11 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 296
3.17 Hall 12 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 298
3.18 Hall 13 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 300
3.19 Hall 14 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 302
3.20 Hall 16 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 304
Exhibitors
ADD-CHEM Germany GmbH
Address
Hasselbachstr. 2
63505 Langenselbold
Germany
Phone
+49 6184 9095085
Fax
+49 6184 9095084
Internet address
www.add-chem.de
E-Mail
info@add-chem.de
Stand
Hall 07.1, B55 (Page 284)
Company News
28.06.2013
Neue ADD-Chem Vertretung für IRE / UK
Die ADD-Chem Germany GmbH ist ab dem 01.07.2013
mit einer Vertretung in Großbritannien vertreten. Herr
Dr. Sean Cockett wird den englischen Markt von Newcastle aus betreuen. Wir wünschen Ihm viel Erfolg bei
seinem Wirken.
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Product Overview
01.10.105
Stabilizers
01.10.106
Stearates
01.10.114
Ultramarine pigments
01.10.115
UV stabilizer
01.10.116
Processing auxiliaries
01.10.124
Waxes
01.10.126
Plasticiser
01.11.006
Calcium carbonate
04.06
Science and consulting
01.01.106
Polyvinyl chloride plasticised (PVC-P)
01.01.107
Polyvinyl chloride rigid (PVC-U)
01.01.116
Reclaimed material
01.01.118
Impact modifier
01.10.002
Additives, other
01.10.031
Ca/Zn-Stabilisers
01.10.034
Chloroparaffins
01.10.044
Epoxy plasticiser
01.10.053
Flow auxiliaries
01.10.057
Lubricants
01.10.071
Light stabilisers (s. UV stabilizers)
Product Details
04.06
Energy Management
Energiemanagement
Energy Management & Energy Controlling help your
company to increase energy efficiency and reduce costs. We advise and assist
you in building an effective energy controlling and in the introduction of energy
management systems.
01.10.082
Optical brighteners
01.10.090
Phthalate plasticisers
01.10.100
Foaming agents
• First we analyze together with our partners of energy management qualitatively
and quantitatively all forms of energy which are used by you.
01.10.101
Foamstabilisers
• On this basis we create a plan with organizational, structural and technical
measures targeted to increase energy efficiency and reduce energy costs.
01.10.102
Impact modifiers
• In the next step we implement the measures that are matched to you in your
company
• The target tracking and effectiveness of the measures are continuously monitored by a specially performance measure developed to your business key figure
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system.
AIMPLAS
• All of our consulting activities are adjusted to the DIN ISO 50001 for energy
management systems, so that the requirements for certification of your business
are fulfilled.
Address
C/ Gustave Eiffel, 4 - Valencia Parque
46980 Paterna / Valencia
Spain
Phone
+34 96 1366040
Fax
+34 96 1366041
Internet address
www.aimplas.net
Free testing of the recipes for your products and production equipments
E-Mail
info@aimplas.es
Optimisation of existing material formulations in terms of performance, cost and
quality of processing
Stand
Hall 08a, C32-3 (Page 290)
Raw materials and formulation development
Services and Products
Raw materials and formulation development
Development of customer-and application specific material formulations
with high cost and power efficiency
Selection of suitable raw materials for your technical and economic requirements
Technisches Consulting
Company News
Technisches Consulting
06/28/2013
Beratung und Projektleitung für neue Produktionseinheiten oder für die Erweiterung
bestehender Produktionseinheiten der Mischerei, Extrusion. Des Recyclings
und der Kaschinierung / Laminierung sowie der Betriebs- und Anlagentechnik.
Analyse von Potentialen in Ihren technischen Prozesse, der Verfahrenstechnik
und den Produktionsabläufen.
Erstellung von Recyclingkonzepten mit hoher Wertschöpfung.
Erstellung von technischen Konzepten unter Berücksichtigung Ihrer wirtschaftlichen
und technischen Vorgaben zur Optimierung von Produktionseinheiten bezüglich
Performance, Prozesssicherheit, Produktivität und Kosteneffizienz. Erstellung
von organisatorischen und technischen Maßnahmenplänen zur Steigerung der
Produktionseffizienz. Bewertung von Risiken im technischen Bereich im Rahmen eines Risikomanagements.
11
AIMPLAS
Development of a new generation of more ecological
fire-resistant plastics
Thanks to nanotechnology, the European project PHOENIX
allows the substitution of fire-resistant halogenated additives for substances that are more respectful of human health and of the environment. The technology developed in the project makes it possible to reduce the
presence of additives down to 15%, against the 30% or
60% currently needed to incorporate in the case of other
non-halogenated additives. PHOENIX, a Collaborative
project from the 7th Framework Programme, aims to develop a new generation of fire-resistant plastics refraining from the traditional halogenated additives.
PHOENIX, with a 4 years duration and coordinated by AIMPLAS in Spain, is
composed of 15 partners from 8 European countries. Currently, fire-resistant
halogenated additives are used in a wide range of commercial items such as
electrical and electronic equipment, low-voltage cables or electrical appliances.
The elimination of such additives from the composition of these products is important because they are substances hazardous to public health and to the environment and, in fact, its use and recycling are addressed by several European
directives such as WEEE and RoHS. The limitation with non-halogenated ad-
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ditives, currently used in the market as an alternative to the traditional ones, is
that they are far less efficient. This means that polymers should contain between 30% and 60% of flame-retardant substances to achieve a better fire performance, while the halogenated polymers are efficient when containing only
15% of additives. However, by incorporating such high filler content in the polymer matrix, the processability and final product properties are significantly reduced whilst the cost of the parts is considerably increased. This severely limiting the range of applications and hindering non-halogenated flame retardant
market introduction to replace dangerous halogenated flame retardants.
Maximum efficiency thanks to nanotechnology PHOENIX aims to develop highly
efficient flame-retardant non-halogenated additives that display an excellent fire
performance while at the same time maintaining a low amount of additives in the
final product (15%). For this, nanostructured materials will be developed based
on the combination of different types of nanoparticles, among each other or in
combination with biobased additives, so that each will provide functionality to the
whole. Graphene, modified lignins, nanohydroxides and encapsulated phosphorus based flame retardants in hollow particles, will be combined and united by
the self-assembling technology. All flame retarders will be produced with sustainable methods of production from the viewpoint of safety at work, consumer
safety and environmental impact. Addiional information: http://www.phoenixeu-project.eu/ The research leading to these results has received funding from
the European Union Seventh Framework Programme (FP7/2007-2013) under
Grant Agreement nº 310187
09/19/2013
First biodegradable bottle for drugstore and healthcare
products
The new packaging, with capacity between 150 and
500 ml, preserves the properties of creams, gels,
shampoos or mouthwash, and after use (within 45 days
and four months) is decomposed into water, carbon
dioxide, salts and biomass.
The first biodegradable bottle for drugstore and healthcare products has been
successfully developed through BIO P FARM project.
The Spanish companies ALMUPLAS, Talleres Rubla and Talleres Pena and
AIMPLAS as technological partner, have developed a new biodegradable packaging with capacity between 150 and 500 ml intended to contain drugstore and
pharmacy products such as gels, shampoos, creams and mouthwashes.
products.
Nowadays, this type of packaging is only manufactured with high density
polyethylene due to the requirements of the manufacturing process and the characteristics of the product. From now, biodegradable materials can be used in
these packages, preserving the properties of the product contained, and adding
value from the environmental point of view.
The bottles obtained in BIO P FARM, after use and under appropriate conditions,
are decomposed into carbon dioxide, water, salts and biomass within 45 days
and four months.
Advantages also for packaging manufacturers
But the project has not only been a success in extending biodegradable materials to new applications. BIO P FARM has also been a major innovation in the
adaptation of the production process. The new packaging is not only easily processable in conventional equipment, but also the production process has been
made even saving costs due to lower energy consumption. This is an important
aspect in order to introduce this product into the market. Nowadays there are
1,300 blowing industry companies in Europe and the biodegradable packaging
demand is expected to rise up to two million tonnes on the horizon 2018.
The P BIO FARM project has been funded by the CDTI and cofinanced by
FEDER and had a duration of 24 months.
Product Overview
AIMPLAS
01.01.010.02
Bioplastics, Renewable based
01.01.023
Electrically conductive plastics
02.04.003.03
Parts from high performance thermoplastics
02.04.004
Compounds/Recyclates
04.06
The project has achieved for the first time a biodegradable packaging for drugstore and healthcare products, although according to researchers who have
worked on the project could also be used in the food industry and some cleaning
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AISAPACK SA
Developed by Aisapack; Bacomex™, a multi-layer compression moulded barrier process has many potential applications. Our long term vision for this high barrier technology is to replace glass and metal packaging with multilayer high barrier thin wall plastic packaging in the food
and OTC pharmaceutical sectors. Value added and modern consumer products, which require enhanced barrier
protection will benefit from this breakthrough technology.
There may also be specific technical part requirements
including hollow moulded parts where a multi-layer structure is desired. Have
a product which needs barrier? Ask us how Bacomex™ cost effective barrier
process can help safe guard your products quality today.
Address
Rue de la Praise 31
1896 Vouvry
Switzerland
Phone
+41 24 4820600
Fax
+41 24 4820601
Internet address
www.aisapack.com
E-Mail
innovation@aisapack.com
www.bacomex.com
Stand
Hall 04, A35 (Page 274)
Barrier characterization
Characterizing and quantifying permeation and migration in packaging
Product Overview
04.06
AISAPACK SA
Product Details
04.06
AISAPACK SA
Product and Package interaction are essential elements in the development process of all types of products packaged today. At Aisapack we have developed
in house tools and methodologies to measure and characterize the critical permeation of various aromatic compounds from the product through the package
structure. This mass transfer phenomenon many times causes product degradation resulting in flavor and vitamin loss.
As a secondary offering Aisapack can also quantify flavor scalping, or absorption
of organic compounds from the product into the package wall.
Aisacan™
Inspiration™
Aisacan™ is an innovative panel-less hot fill, re-closable
and aesthetically pleasing beverage container. It is
constructed of a special patented high-barrier « hot fill
laminate » body affixed to a moulded neck, cap and
base. Aisacan™ is ideal for all types of on-the-go beverages. Visually appealing, flexible, shatterproof and conveniently re-closable,
Aisacan™ has an ergonomic feel that can really differentiate your product.
www.aisacan.com
Bacomex™
High-end, à la mode, elegant, simplistic, consumer friendly, lightweight,
sexy and fun! The Inspiration™ packaging system is ideally situated
for premium single serve wine and spirits. This hybrid package consists of a highly decorated aluminum or all plastic laminated film plus
rigid moulded neck and bottom, upscale metal or plastic cap, and
tamper evident shrink sleeve. This eco-friendly low carbon footprint
alternative wine package is shatterproof. The Inspiration™ is perfectly adapted for on-trade venues where glass is not allowed such
as: Sporting, festivals & leisure events Out-side terraces of pubs and clubs.
www.inspirationpackage.com
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R&D Machine Concept Development
Product Details
Aisapack SA is in the position to offer a comprehensive industrial machine concept from A to Z. We welcome mandates or partnerships involving innovative
projects which fit our know-how and commercial interests. Potential projects will
be evaluated on a case by case basis. Our services include the development of
the industrial production process and related machine concept from pilot phase
to industrial scale.
AMI House, 45-47 Stokes Croft
BS1 3QP Bristol
Great Britain / Northern Ireland
Phone
+44 117 9249442
Trade directories
AMI Digital Magazines
Welcome to AMI Digital Magazines
AMI publishes digital magazines focused on specific areas of the plastics industry. They are distributed freeof-charge globally on the internet and via apps for tablet computers and smartphones. Click on the logos below to read the latest issues, take out a free subscription, download an app, or find out about our cost-effective advertisement
packages.
Applied Market Information Ltd.
Address
04.02.001
04.02.002
Technical books
Plastics Information Direct
Fax
+44 117 9892128
Internet address
www.amiplastics.com
E-Mail
mjw@amiplastics.com
Stand
Hall 07, C11 (Page 282)
Product Overview
Welcome to Plastics Information Direct
We publish technical books devoted to the science,
technology and business of manufacturing plastics materials and products. We also sell plastics-related books selected from large and
small publishers around the world.
We believe that we offer the most comprehensive, up-to-date and competitively
priced range of technical books devoted entirely to plastics, through this secure
website and attendance at key industry events.
04.02.001
Trade directories
04.02.002
Technical books
04.02.004
Professional periodicals
17
Browse our well-organised range or contact us if you require recommendations
or further information on a particular title. Check out our special offer section
regularly for great savings on many titles
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Ashutosh Mukhopadhyay
Address
Product Details
Flat-10, Swawalambi C.H.S., Sector-4,
400 708 Navi Mumbai, Maharashtra
India
Phone
04.06
With certain reputed as well as well skilled patent attorneys,
based on Delhi, I have made an assessment over the physical value of my intellectual property right in India as well as
the FTO, that is, the Freedom to Operate of the technology
for the Indian 1st Patent alone.
Fax
www.ashutoshmukhopadhyay.in
E-Mail
ashutoshem@gmail.com
Stand
Hall 12, C32-5 (Page 298)
Company News
10/11/2013
Message
+91 77 38367267
Internet address
FTO Report for commercialization in India observed that,
there are no patents blocking the technology and commercialization of the process covered by concern patent per se.
THE OBJECTIVE
The intractable concern ”Gordian Knot” of laminated packaging waste management is solved by a bold singular struggle by the Individual Indian Inventor here
itself e-contrario! With deep pain I have encountered a good amount of apathy
to recycle the waste by keeping conventional management practices of disposal
of materials to vendors despite my appeal for recycle under my patented process. I wonder how long should be enjoy the complacence by sweeping a giraffe
under the carpet!
COMMERCIALIZATION OF TECHNOLOGIES INNOVATED BY ME IS THE MAIN OBJECTIVE HERE
I dream no Laminated Packaging Industrial Refuse should intervene the content
of Earth & Environment and should go for respective recycle to earn additional
revenue !! In my website I have used the picture of INTERNATIONAL SPACE
STATION, a picture from NASA website. My objective is to give message that
should we now use this station for dumpping of the laminated waste of packaging
materials rather than progrees for further space researches for which exactly it
is used.
10/11/2013
So.....
THE MOTIVE
CURSUM PERFICIO!
NOT THE PLASTICS ONLY THE PRINCIPAL AIM OF
MY RESEARCHES AND TECHNOLOGY DEVELOPMENTS ARE TO REPOSE THE EARTH AND ENVIRONMENT FROM SUCH IMPERATIVE POLLUTION
CAUSED BY LAMINATED PACKAGING INDUSTRIAL
WASTE!
Product Overview
04.06
GAUDEAMUS IGITUR!
PATENTED TECHNOLOGIES ON DE-LAMINATION
AND RECYCLE
Dealmination is possible now in a mechanized manner
including the waste of Barcode TTR waste in both Roll
forms and in fragments forms
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www.k-online.de
Protected with international Patents
Product Details
De-lamination technologies are protected with international Patents
04.03
Assocomaplast- Italian Plastics and Rubber...
Trade associations
ASSOCOMAPLAST
From ASSOCOMAPLAST’s web site it is possible to
get orientative information about the plastics and rubber
machinery sector and news about the Association’s activity, the MACPLAS magazine, the Center for training and technical assistance
CESAP, the international exhibition PLAST etc..
Technologies of De-laminations
TTR Barcode Recycle (Patent pending in India)
In the members’ area - reserved to the 159 Effective and Associated Members
and, partially, to 4 Collective ones that join ASSOCOMAPLAST through CONFINDUSTRIA - detailed information and statistical data about 80 foreign markets, flash about request of machines and equipments, updating about the promotional and exhibiting sectoral activity are available.
Assocomaplast- Italian Plastics and Rubber
Processing Machinery and Moulds
Manufacturers Association
Address
Centro Direzionale Milanofiori, Palazzo
20090 Assago / MI
Italy
Phone
+39 02 8228371
For any further information about and/or for ASSOCOMAPLAST’s Secretariat,
please dial +39 02 8228372
AST Technology
Fax
+39 02 57512490
Internet address
www.assocomaplast.org
E-Mail
Stand
Address
Sophienstr. 4
32051 Herford
Germany
info@assocomaplast.org
Phone
+49 5221 7630695
Hall 16, A56 (Page 304)
Fax
+49 5221 7630697
Internet address
www.ast-tech.de
E-Mail
contact@ast-tech.de
Stand
Hall 01, E36 (Page 270)
Product Overview
04.03
Assocomaplast- Italian Plastics and Rubber...
Trade associations
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Company News
06/21/2013
AST Technology
AST Technology Releases OnDemand v. 1.7.1
New Reporting Capability Added for More Effective
Mould Monitoring
Herford, Germany, and Oldham, UK – AST Technology has completed development of OnDemand version 1.7.1 and this updated version of the software,
which works with AST’s CVe Monitor System to provide comprehensive reports of a mould’s activity, is available for download at:
www.cvemonitor.com/download.htm.
OnDemand version 1.7.1 now provides the number of cycles, the activity percentage and the average cycle time run by a mould during the timeframe since
the last report was generated. In other words, if a report of a mould’s activity
is run now, and another report needs to be generated 10 hours from now, that
latest report will show how many parts were moulded, the cycle time and the
activity percentage for the latest 10 hours of production.
This new feature provides users with the ability to create reports that will show
any issues encountered in mould production due to a cycle change, for example,
or performance issues due to poor mould management during a particular shift.
OnDemand v. 1.7.1 will conveniently install over the user’s existing OnDemand
software. It will not be necessary to re-enter passwords and previous data will
not be impacted.
For more information about AST Technology, its OnDemand software and the
CVe Monitor System, please visit www.cvemonitor.com and visit the AST website at www.ast-tech.de. AST Technology is a PCIC Group Company.
10/10/2013
AST Technology Takes Mould Program Management
Herford, Germany – AST Technology, a PCIC Group Company specializing in
comprehensive OEM support services, has advanced the capabilities of its
Program Watch™ system to make knowing the status of any tooling program
easier and more comprehensive than ever.
First introduced by AST at NPE2012, Program Watch™ provides OEMs with
tooling information and metrics to ensure that a program is hitting its intended
targets.
”Subscribers to this unique service will now have a more developed dashboard
23
to view, at a glance, the status of a program even if the tools being monitored
are located at multiple plants,” explains AST’s System Monitoring Development
Engineer Tom Knight. ”Additionally, one can now drill down to obtain data from
any one tool or even from a particular plant where a mould is running.”
Program Watch incorporates the use of AST’s CVe Monitor™ System in tandem
with its Spec Implementation program and OnDemand™ software to seamlessly
back up all data and reports generated by each supplier. This information is then
compiled monthly by an AST engineer who emails a monthly snapshot of the
tools to the OEM.
”With the newly expanded capabilities, customers can easily access a complete,
top-level report of any tooling program,” Knight adds. ”This is especially advantageous when preparing for production meetings and will benefit companies with
a multi-engineering forum. Program Watch keeps everyone on the same page
with up-to-the-minute snapshots of their tooling programs.”
For more information about AST Technology, its products and services, visit
www.ast-tech.de. AST Technology is a PCIC Group Company.
10/10/2013
Roehr Tool Corporation Expands in Europe, US
Hudson, MA, USA – Roehr Tool Corporation recently expanded its business
footprint into Europe by welcoming a new Technical Sales Manager there. The
Company also has a new General Manager.
European Technical Sales Manager Carlos Saboga will be based out of Marinha
Grande, Portugal, and will work both independently and with Roehr distributors
to promote and build sales in the EU of the Company’s full line of mould components including the Dove Tail Collapsible Core, Expandable Cavities, Minicores
and more.
Saboga joins the Roehr team after having worked since 1994 within the plastics industry, selling and supporting hot runner systems and components sales
throughout Europe and Africa. He also managed the procurement and quality
auditing of suppliers in Asia and participated at many exhibitions. He speaks
fluent Spanish, English and French. Contact Carlos by emailing him at Carlos.Saboga@roehrtool.com.
Keith LaPorte recently joined Roehr as the Company’s new General Manager.
LaPorte’s career has been focused entirely on the custom mould manufacturing
industry and he has held several leadership positions. He is based out of Roehr’s
headquarters in Hudson, Massachusetts, where he directs a dynamic team of
designers, engineers and machinists. Email Keith at
Keith.LaPorte@roehrtool.com.
24
www.k-online.de
www.k-online.de
www.ast-tech.de and www.cvemonitor.com.
In addition to welcoming Keith LaPorte, Roehr has brought other new team
members on board in the past year. They include Application Engineers Larry
McGee and Steve Salame, both of whom work at Roehr’s headquarters in Massachusetts.
Product Overview
Visit Roehr Tool Corporation online at
04.06
AST Technology
www.roehrtool.com to learn more about its products and services.
About Roehr Tool Corporation:
Since 1965, Roehr Tool Corporation has been manufacturing and selling the
patented Collapsible Core, which is known by those who use the technology
for reducing cycle times, simplifying mould designs, part design flexibility and
space savings in that it eliminates bulky rack and gear systems and maximizes
mould cavitation. The Company also manufactures Expandable Cavities and
Minicores. Roehr is a business unit within the PCIC Group of companies. Visit
Roehr online at
www.RoehrTool.com.
10/10/2013
New CVe Live™ Remote Monitoring System
AST Technology, a PCIC Group Company specializing in comprehensive OEM
support services, introduces the new CVe Live™, a system giving users the
ability to view mould activity in real time.
Using a website interface, the CVe Monitor enables tool owners to view information such as cycle times, quantity of cycles, and maintenance for tools running
around the globe. CVe Live provides users with the added ability to:
See alerts if maintenance is due or overdue
AVEP - FETRAPLAST
Address
Avda. Barón de Cárcer 38, 1°-2ª
46001 Valencia
Spain
Phone
+34 96 3516159
Fax
+34 96 3943042
Internet address
www.avep.es
E-Mail
cmonge@avep.es
Stand
Hall 08a, C32-1 (Page 290)
Product Overview
Generate real-time graphs and reports on the activity of a specific tool or group
of tools
04.03
View a comparison of the graphs and reports from specific tooling programs
using the Program Watch module.
Product Details
04.03
AVEP - FETRAPLAST
Trade associations
AVEP - FETRAPLAST
Trade associations
These new features provide supply chain/logistics personnel with up-to-theminute information on the inventory levels in the supply chain.
Rel. Institucionales
In addition, AST will soon make available an upgraded version of the CVe Monitor device that incorporates more new features including tamper evidence and
maintenance countdowns, enabling more robust reporting within OnDemand,
the system monitoring software.
A.V.E.P está afiliada corporativamente a los Organismos e Instituciones que
se relacionan a continuación. Mediante estas afiliaciones recibimos en nuestra
Secretaría información periódica y suficiente de todas las gestiones realizadas
ante los Poderes Públicos y Entidades Sindicales por los máximos organismos
de la representación empresarial.
For more information about AST Technology, its products and services, visit
25
26
www.k-online.de
www.k-online.de
A.V.E.P. está representada por miembros de la Junta de Gobierno en los Organismos e Instituciones siguientes:
CÁMARA DE INDUSTRIA Comisión de Medio Ambiente e Industria Comisiones
de Comercio Exterior y Relaciones Internacionales CEV.-CONFEDERACIÓN
EMPRESARIAL VALENCIANA CEPYMEV.- CONFEDERACIÓN EMPRESARIAL DE LA PEQUEÑA Y MEDIANA EMPRESA VALENCIANA. FETRAPLAST.FEDERACIÓN ESPAÑOLA DE TRANSFORMADORES Y MANIPULADORES
DE PLÁSTICO. AIMPLAS.- INSTITUTO TECNOLÓGICO DE INVESTIGACIÓN
DE MATERIALES PLÁSTICOS. ITENE.- INSTITUTO TECNOLÓGICO DEL ENVASE, EMBALAJE Y TRANSPORTE.
AVEP - FETRAPLAST
Address
Avda. Barón de Cárcer 38, 1°-2ª
46001 Valencia
Spain
Phone
+34 96 3516159
Fax
+34 96 3943042
Internet address
www.avep.es
E-Mail
cmonge@avep.es
Stand
Hall 08a, C32-1 (Page 290)
Product Overview
04.03
A.V.E.P. está representada por miembros de la Junta de Gobierno en los Organismos e Instituciones siguientes:
CÁMARA DE INDUSTRIA Comisión de Medio Ambiente e Industria Comisiones
de Comercio Exterior y Relaciones Internacionales CEV.-CONFEDERACIÓN
EMPRESARIAL VALENCIANA CEPYMEV.- CONFEDERACIÓN EMPRESARIAL DE LA PEQUEÑA Y MEDIANA EMPRESA VALENCIANA. FETRAPLAST.FEDERACIÓN ESPAÑOLA DE TRANSFORMADORES Y MANIPULADORES
DE PLÁSTICO. AIMPLAS.- INSTITUTO TECNOLÓGICO DE INVESTIGACIÓN
DE MATERIALES PLÁSTICOS. ITENE.- INSTITUTO TECNOLÓGICO DEL ENVASE, EMBALAJE Y TRANSPORTE.
BARNET EUROPE W. Barnet GmbH & Co. KG
AVEP - FETRAPLAST
Address
Eisenbahnweg 24
52068 Aachen
Germany
Phone
+49 241 5798-0
Fax
+49 241 5798-27
Internet address
www.barnet-europe.com
E-Mail
info@barnet-europe.com
Stand
Hall 08a, H20 (Page 290)
Trade associations
Product Details
04.03
Secretaría información periódica y suficiente de todas las gestiones realizadas
ante los Poderes Públicos y Entidades Sindicales por los máximos organismos
de la representación empresarial.
AVEP - FETRAPLAST
Trade associations
Rel. Institucionales
A.V.E.P está afiliada corporativamente a los Organismos e Instituciones que
se relacionan a continuación. Mediante estas afiliaciones recibimos en nuestra
27
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www.k-online.de
www.k-online.de
Bayern Innovativ GmbH
Product Overview
01.01.010.05
Polyamide
01.01.010.08
Polyesters
01.01.032
Granulates
01.01.049
Polyamide PA 06
01.01.053
Polyamide PA 66
01.01.116
Reclaimed material
04.05
Subcontracting
Product Details
04.05
Address
Gewerbemuseumsplatz 2
90403 Nürnberg
Germany
Phone
+49 911 20671-0
Fax
+49 911 20671-792
Internet address
www.bayern-innovativ.de
E-Mail
info@bayern-innovativ.de
Stand
Hall 12, B49 (Page 298)
Product Overview
04.03
Subcontracting
CONTRACT MANUFACTURING & SERVICES
Product Details
Each of Barnet’s production processes is also offered
as a contract manufacturing service.
04.03
Trade associations
Trade associations
Aufgaben
It is our aim to offer the best service and highest standards in order to meet our
customers requirements. Our careful attention to every process detail, regular
inspections and on time delivery allows us to offer you consistent reliable quality,
quick deliveries and competitive pricing.
Barnet is experienced in all offered processes and services, and the range is
constantly changing and expanding to meet customer needs and requirements.
Other services offered include Residue Management, Warehouse Management
and Cops Cleaning.
Please choose your area of interest from the list on the left for detailed information.
Die Bayern Innovativ GmbH wurde 1995 von der Bayerischen Staatsregierung
als Gesellschaft für Innovation und Wissenstransfer mit Sitz in Nürnberg gegründet.
Aufgabe ist es, Innovationsimpulse in der mittelständischen Wirtschaft zu setzen. Über Branchen und Fachdisziplinen hinweg werden Technologiekooperationen mit der Wissenschaft, aber auch innerhalb der Wirtschaft initiiert – um
neue Aufträge, neue Geschäftsfelder und neue Märkte zu erschließen und um
neue Produkte und Verfahren zu entwickeln.
Darüber hinaus wird Wissen und Information aus Markt und Technologien akquiriert und aufbereitet und über Newsletter, E-Letter, Kongress-TV und klassische
Kommunikationsschienen bereitgestellt.
Konzipierung von Technologietransfer-Plattformen für Unternehmen, Hochschulen
und außeruniversitäre Forschungseinrichtungen für die Präsentation von neuestem
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www.k-online.de
www.k-online.de
Wissen und zur Initiierung neuer Kooperation für zukünftige Innovationsvorhaben
Übernahme der fachlichen Trägerschaft für strategische Wissens- und Technologietransferprojekte wie landesweite Projektinitiativen und internationale Kongresse sowie der Geschäftsbesorgung für Foren mit eigener Rechtsform, wie
z. B. das Forum MedTech Pharma e.V. Aufbau und kontinuierliche Weiterentwicklung von Technologie und Branchen übergreifenden Kooperationsnetzwerken für an Wertschöpfungsketten beteiligte Partner zur schnellen und effizienten Realisierung von Innovationen Information zu EU-Förderprogrammen für
Forschung und technologische Entwicklung; Unterstützung von Wirtschaft und
Wissenschaft beim Transfer von Innovationen und Forschungsergebnissen auf
europäischer Ebene —> EU-Kooperationsbüro - Partner im Enterprise Europe
Network Intensivierung des direkten Technologietransfers zwischen Hochschule
und Wirtschaft; Projektmanagement für Kooperationen von Professoren mit Unternehmen; Weiterbildung, Beratung, Entwicklung —> BayTech
Die Bayern Innovativ GmbH ist eine Non-Profit-Organisation. Die jährlich zur
Verfügung gestellten sowie die selbst generierten Finanzmittel werden effizient
und möglichst vollständig in innovative Dienstleistungen umgesetzt.
Fritz-Kotz-Str. 16
51674 Wiehl
Germany
Phone
+49 2261 7899-0
Fax
+49 2261 7899-45
Internet address
www.bgs.eu
E-Mail
info@bgs.eu
Stand
Hall 08a, D47 (Page 290)
Product Overview
04.05
04.05
BGS Beta-Gamma-Service GmbH & Co. KG
Subcontracting
BGS: your specialist for radiation crosslinking
“What we do, we do with energy”
Under this slogan, BGS Beta-Gamma-Service GmbH &
Co. KG has been irradiating a wide range of products
for more than 30 years now, as a service to industry.
By using the energy from beta or gamma rays, we improve the material properties of plastic parts (radiation crosslinking) and/or destroy any microorganisms that may be present on the product (radiation sterilization).
Enhancing Polymer Properties by Radiation Crosslinking
Radiation crosslinking gives mass-produced plastics and technical plastics the
mechanical, thermal, tribological and chemical properties of high-performance
plastics.
The main polymers to undergo crosslinking are polyethylenes, polyamides and
special thermoplastic elastomers. For all articles, irradiation always takes place
independently, after the moulding process (e. g. injection/extrusion/blow moulding/rotational moulding) has been completed.
Address
Product Details
Sectors that rely on BGS for radiation crosslinking include:
Electrical industry (Fuse systems, housings, plugs, coilformers, MIDs, cables/wires, shrinkable products) Automotive industry (Components exposed to
high temperatures and chemical influences, e.g. in engine compartments and
exhaust systems) Heating/ plumbing (Underfloor heating pipes, pipes for drinking water supply, fittings) Other sectors (Mechanical engineering components,
foils, semi-finished products, fibre-reinforced composites, packaging materials
such as e.g. closures)
Radiation sterilization:
Medical products sector (Implants, wound management systems, dialysis systems, infusion products, catheters) Biotechnology sector (In vitro diagnostics,
blood sampling systems, disposable syringes, cell culture vessels, bioreactors,
pipettes, Petri dishes) Packaging materials (Closures, tubs, tubes, bottles, bagin-box systems, primary packaging materials for the pharmaceutical industry)
Miscellaneous (Raw materials, foods, animal feeds, archives and much more)
Subcontracting
31
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www.k-online.de
www.k-online.de
03.10.003
Rolls
03.10.004
Nozzles
03.10.006
Machine blades
Holzener Str. 39
58708 Menden
Germany
04.05
Subcontracting
Phone
+49 2373 965654
04.05
Fax
+49 7163 103448
HIP supporting services
Internet address
www.bodycote.com
E-Mail
info-de@bodycote.com
Bodycote offers global technical support for customers
by providing HIP-related laboratory services and powder metallurgy near net shape (PM NNS) product design and development.
Stand
Hall 11, D75 (Page 296)
All processes are certified for compliance with ISO 9001, DIN EN ISO 13485
and EN ISO 11137
Bodycote Wärmebehandlung GmbH
Address
Product Overview
Product Details
01.14.011
Anticorrosive effect
02.05.050
Parts for pumps
03.02.001.01.01
Extruders, single screw type
03.02.001.01.02
Extruders, twin screw type
03.02.001.01.03
Other extruders
03.10.001
Screws
03.10.002
Barrels
Subcontracting
Our in-house metallurgical laboratories are equipped
with state-of-the-art systems for powder characterisation, metallography and microscopy including density
and porosity measurement, argon content, and SEM/EDS (scanning electron
microscope/energy dispersive spectrometer) analysis. Some examples of laboratory services include:
As cast versus post HIP microstructures to prove the benefits of HIP Documenting material behaviour at HIP bonded interfaces Argon analysis as a valuable
quality control tool to assure the integrity of encapsulated HIP PM
Bodycote’s near net shape solutions are supported by our vast experience in
designing complex and challenging products for the PM HIP process. Design
engineers collaborate with the customer to cover all requirements and inputs
and to maximize the benefits of this approach. We offer tailor-made solutions to
create cost effective products, minimizing material usage, machining and welding. The PM HIP route enables our designers to offer solutions not possible with
conventional manufacturing methods.
Bodycote utilizes state-of-the-art computer modeling and software for simulation
and analysis created exclusively for the HIP process. CAD creates 3D models
illustrating the desired geometry to be delivered. The main focus is to add value
by exploiting the unique attributes of the PM HIP technique, and close collaboration with the customer is critical.
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www.k-online.de
www.k-online.de
The follow-on design stage consists of creating manufacturing models. Virtual
iterative trials are performed using finite element analysis (FEA) software run
in a high-performance computer cluster, utilizing materials properties input and
historical data from the ‘real life’ PM HIP process. Manufacturing models and
drawings are optimized to ensure product delivery as agreed to and in accordance with customer requirements. Our design engineers can demonstrate solutions that you may not know are possible! Bodycote can elevate your product
design, economy and throughput to give you an edge on the competition.
Chemir - EAG
Address
2672 Metro Blvd.
63043 Maryland Heights
USA
Phone
+1 314 291-6620
Fax
+1 314 291-6630
Internet address
www.chemir.com
E-Mail
nbianchi@eaglabs.com
Stand
Hall 07.1, A55 (Page 284)
help resolve product failures, contamination issues, identification of unknown
materials and extractable/leachable challenges. The presentation will detail examples of polymer problem solving and analysis, including data interpretation
and conclusions. Information also includes when and why to involve a third
party analytical lab. There will also be an opportunity to ask questions.
Christopher Andren specializes in polymer formulations, including their identification, characterization and quantification. He is CHEMIR’s key specialist in
plastics, polymers and packaging investigations. Christopher Andren began his
career at AlliedSignal Research and Technology as a research and development
chemist; and more recently served as a Staff Scientist in Research and Development at BASF Corporation, supervising a commercial development team in
custom product formulations.
About Chemir –A Division of Evans Analytical Group Chemir provides scientific
solutions with analytical services, product development and litigation support
services. Since 1959 this independent laboratory has solved thousands of issues involving deformulation (reverse engineering), contaminant and impurity
identification, failure analysis, analytical method development, product development, custom synthesis, patent, intellectual property, and other legal challenges
for over 7000 clients. The scientific staff of 35, including 8 Ph.D. level chemists,
uses state-of-the-art analytical instrumentation and expert interpretations to assist such industries as polymers, plastics, medical devices, pharmaceuticals,
packaging, coatings, food and beverages, personal care products, consumer
products, specialty chemicals, industrial products and more. For more information, visit www.chemir.com.
08/15/2013
Company News
08/15/2013
Chemir - EAG
CHEMIR Presents IDES Plastic Industry Webinar
June 2013, Maryland Heights, MO – Join Christopher Andren, Technical Specialist of CHEMIR for a presentation of case studies and tips for analytical investigations of plastics and polymers. Entitled “Material Identification and Failure Analysis Case Studies: Using an Analytical Lab to Troubleshoot and Rectify
Problems”, the webinar is archived IDES, go to http://www.ides.com/webinars/2013/materialidentification-polymer-analysis.asp.
Chris presents four case studies of investigations concerning polymer and plastic materials. By applying multiple analytical techniques, CHEMIR’s scientists
35
CHEMIR Expands Polymer Characterization
Capabilities
July, 2013, Maryland Heights, MO - CHEMIR recently acquired new Dynamic
Mechanical Analysis (DMA) and Gel Permeation Chromatography (GPC) instrumentation, as the company continues to expand their capabilities for problem
solving of plastic and polymers. These techniques are applied to failure analysis, product comparisons, contamination issues and other investigations.
DMA is a sensitive method used for measuring the physical characteristics of
polymers and determining elastic recovery and stiffness, resistance to permanent deformation, polymer transitions, thermoset cure, end use properties and
stress/strain response at programmed temperatures. CHEMIR applies DMA
analysis to polymer films, sheets, composites, thermosets, foams, elastomers,
adhesives, fibers and more.
CHEMIR’s new GPC allows for polymer molecular weight (MW) characteriza-
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www.k-online.de
www.k-online.de
tion at high and low temperatures on most polymer / solvent combinations. The
instrument includes a powerful trio of detection systems - refractive index, viscometry and dual-angle light scattering. These detectors allow determination of
a polymer’s absolute molecular weights as well as details associated with polymer branching.
“We are excited to have these new tools for polymer characterization,” says
Christopher Andren, Technical Specialist of Chemir. “This continues to expand
our ability to help companies answer challenging questions regarding their polymeric materials.”
The purchase of these instruments is in line with the laboratory’s 2013 growth
plan, which includes a newly renovated synthesis laboratory, extensive building
improvements, and additional scientific staff.
08/22/2013
CHEMIR Premieres at K Show
August 2013, Maryland Heights, MO - CHEMIR is proud to be a first time exhibitor at the K Show, the International Trade Fair for Plastics, October 16-23 in
Dusseldorf Germany. As an independent laboratory, the company will be featuring its unique customized analytical testing services for solving difficult problems
with plastic materials.
ranged by visiting http://www.chemir.com/k-show-meeting.html, or by contacting
Nick Bianchi at 1-314-291-6620 or nbianchi@eag.com.
About CHEMIR–A Division of Evans Analytical Group
Chemir provides scientific solutions with analytical services, product development and litigation support services. Since 1959 this independent laboratory has
solved thousands of issues involving deformulation (reverse engineering), contaminant and impurity identification, failure analysis, analytical method development, product development, custom synthesis, patent, intellectual property, and
other legal challenges for over 7000 clients. The scientific staff of 35, including 8 Ph.D. level chemists, uses state-of-the-art analytical instrumentation and
expert interpretations to assist such industries as polymers, plastics, medical
devices, pharmaceuticals, packaging, coatings, food and beverages, personal
care products, consumer products, specialty chemicals, industrial products and
more. For more information, visit www.chemir.com.
Product Overview
04.06
Chemir - EAG
CHEMIR is a division of Evans Analytical Group (EAG), a worldwide network
of testing laboratories. Both CHEMIR and EAG scientists will be available to
answer questions and describe examples of plastic problems solved in their analytical testing laboratories.
Product Details
Clients come to CHEMIR for a variety of reasons. Some are looking to deformulate, or reverse engineer a plastic or polymeric material in order to better
understand a competitor’s product. Others seek to identify a specific material
in a product or identify a possible contaminant. Clients also call on CHEMIR
to determine the root cause of plastic failure, in order to investigate changes in
product chemistry that could be causing degradation, contamination or breakage.
Laboratory Testing Services
CHEMIR’s scientists investigate these issues by using multiple methods on analysis, including spectroscopy, chromatography, mass spectrometry, and thermal
analysis. CHEMIR also supports research and development, by characterizing
materials, confirming product composition or assisting with material selection.
Attendees of the upcoming K Show, , will have the opportunity to speak with
the plastic testing experts from CHEMIR in Hall 7, Level 1, Booth A55. “We’re
excited to be showcasing our services at the K Show for the first time” says
Aaron Cassely, Senior Director of CHEMIR, “I invite attendees to visit our booth
to discuss their analytical challenges.” Preshow appointments may also be ar-
37
04.06
Chemir - EAG
Chemir Analytical Services has been providing expert
analytical support for the polymer industry for over 50
years. Our independent testing laboratory’s investigative services are customized to offer chemical analysis,
detailed materials characterization, contaminant identification, failure analysis, equivalency and extractable studies, competitive product analysis, reverse engineering, and litigation support.
State-of-the-art instrumentation includes spectroscopy (FT-IR, NMR, EDS, ICP),
chromatography (GC, LC, GPC, IC), spectrometry (MS), and thermal (TGA,
DSC, m-DSC, TMA). Chemir’s expert services provide proven value in many
industries including medical device, pharmaceutical, packaging, food/beverage,
consumer products, toys and industrial chemicals. Our facility is FDA Registered
and ISO 9001:2008 certified.
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polypropylene, polyamide, PVC, poly-styrene, specialties and high performance
polymers • rapid and cost-efficient execution of investment projects • scientific
and innovative environment due to the close ties to universities and technology
centers • cooperation possibilities and innovative networking between companies as well as universities, research or technical centers • highly trained and
motivated employees
ChemSite Initiative
Address
Paul-Baumann-Str. 1
45772 Marl
Germany
Phone
+49 2365 496667
Fax
+49 2365 496805
Internet address
www.chemsite.de
E-Mail
info@chemsite.de
Stand
Hall 06, D76 (Page 278)
Product Overview
04.06
ChemSite Initiative
Product Details
04.06
China Economic News Service (CENS.com) (Taiwan
Machinery Magazine)
ChemSite Initiative
Address
No. 369, Sec. 1, Datong Rd., Xizhi Dist.,
22161 New Taipei City
Taiwan
Phone
+886-2-86925588-2095
Fax
+886-2-86433933
Internet address
www.cens.com
E-Mail
karicens@cens.com
Stand
Hall 12, F02 (Page 298)
ChemSite
ChemSite is a leading chemical and polymer cluster
in Europe. The initiative is lo-cated in the Ruhr Region/Germany, close to the Dutch and Belgium border.
Company News
02/20/2013
ChemSite offers: • access to a huge European consumer market for polymer
products. Within a one day truck tour you can nearly reach 50 percent of the
about 500 million EU inhabitants • opportunities along the value chain, e.g. more
than 4.000 potential customers of the automotive, packaging, construction and
logistic industry are in close vicinity • excellent industrial sites for polymer production, polymer processing, recy-cling and R&D with more than 200 hectares
(495 acres) of land available for investors • tailor-made services and state of
the art infrastructure with connections to the European transportation network
by highway, rail, waterway and pipeline • comprehensive materials flow system
for polymer production and processing like ethylene, propylene, polyethylene,
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China Economic News Service (CENS.com) (Taiwan...
Taiwan Machinery &Plastic & Rubber Machinery
Taiwan Machinery carries in-depth reports on the latest developments in machinery product lines in Taiwan, with detailed information on suppliers and their
products. The product category includes machine tools, iron & steel, processing
machines, industrial machinery and so on...
Product Overview
04.02.001
China Economic News Service (CENS.com) (Taiwan...
Trade directories
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Comexi Group
Product Overview
Address
Avinguda Mas Pins, 135 - Poligon
17457 Riudellots de la Selva
Spain
Phone
+34 972 477744
Fax
+34 972 477384
Internet address
www.comexigroup.com
E-Mail
comexi@comexigroup.com
Stand
Hall 04, B21 (Page 274)
Company News
Comexi Group
07/30/2013
Comexi Group starts up the new Technology Centre
‘Manel Xifra Boada’
Recently, the Technology Centre ‘Manel Xifra Boada’
(CTec) was inaugurated. The CTec aims to become
a benchmark in the flexible packaging sector as a key
driver of knowledge. With an investment of €7 million,
the CTec bases its activity on four main axes: training
and academic activities, consultancy, innovation and
the development of a 2.200m² industrial laboratory.
07/30/2013
Comexi Group
03.03.006
Slitter rewinders
03.04.001
Printing equipment for plastic and rubber products
03.04.004
Laminating plant
03.04.005
Coating plant
03.07.003.01
Handling devices
04.06
Compuplast International Inc.
Address
Svat. Cecha 293
760 01 Zlin
Czech Republic
Phone
+420 577220451
Fax
+420 577220429
Internet address
www.compuplast.com
E-Mail
info@compuplast.com
Stand
Hall 13, A12 (Page 300)
Inauguration of the MasJoals Mechatronic Unit
This new plant of Comexi Group, with a 1.350m² area,
has been designed for the assembly of flexo printing
systems machinery. The production of these standardized equipments will allow the company to provide a
faster, more efficient and profitable service to the customer. The MasJoals Mechatronic Unit will have the
capacity to produce 100 printing units per year.
Company News
10/02/2013
New VEL(TM) 6.8 version introduction!
COMPUPLAST®, K-Show 2013 News
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Product Details
COMPUPLAST® Virtual Extrusion Laboratory™ version 6.8 beta
During the K2013 show COMPUPLAST® will introduce version 6.8 (beta) of
the popular Virtual Extrusion Laboratory™ Suite of CAE tools which should be
available for customer testing in the first quarter of 2014.
VEL™ 6.8 is a fully 64bit application! All modules included in VEL™ 6.8 will be
64bit with the ability to take advantage of more PC memory and solve “larger”
projects much more efficiently.
Also, each module was improved for NEW version! For more information you
are welcome in our booth 13 A12!
03/29/2013
News for K 2013 - VEL 6.7
In New 6.7 version of COMPUPLAST ® Virtual Extrusion Laboratory™ were
done significant improvements which increase capability of the programs and
also the comfort for the user.
04.01
Computer software services
Virtual Extrusion Laboratory™
COMPUPLAST ® products and services are being
used by many of the world’s leading plastics extrusion
equipment manufacturers as a part of their daily design procedures. The software can be also used for
troubleshooting, equipment evaluation and for finding
proper process conditions.
The COMPUPLAST® VEL™ consists of several modules; each focused on a
specific extrusion component. This makes each module much easier to learn
and use. The modules can then be
combined into packages that can be used to simulate the common extrusion
processes:
There was incorporated a full 3D Solution for some mixing elements in the Extruder module.
Sheet/Flat Product Extrusion
Chill Roll and Multi-Layer modulse were converted to the new environment. This
gives the programs many new features and provides a higher comfort for the
user.
Extrusion Coating
Cast Film Extrusion
Blown Film Extrusion
The Spiral Die and Flat Spiral Die modules have a capability of full 3D Solution
with a possibility to see results in very easily understable way or in full 3D mode
(by new 3D Visualization option).
Profile Extrusion
The Cooling module contains new variable shrinkage indicating the tendency of
the product for deformation or bending.
Cable Extrusion
Especially for the K 2013 the Profile Die program is converted into the new environment. This reduces the necessary number of clicks and generally makes
the program operation easier.
Product Overview
04.01
04.06
Pipe Extrusion
Extrusion Blow Molding
Rubber TPE Extrusion
Medical Applications
We can provide to the customer information about whole process - from the
Extruder, through the Extrusion Equipment (melt distribution systems, extrusion
dies etc.) to the Cooling systems.
04.06
Consulting services, Seminars, In-house seminars
COMPUPLAST® provides also services - we can analyze behavior of your currently use equipment, suggest modifications based on the simulation results. By
this it is possible to improve the quality of the product and optimize the process.
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We can also help you with desing of the new extrusion tools.
rectly evaluate the manufacturability in the familiar environment; more than 80%
of potential molding issues can be predicted and addressed upfront. “We consider the ability to solve critical molding issues in the early phase of design as
one of the key factors for success in current global marketplace,” said Venny
Yang, President of Moldex3D. “Moldex3D eDesignSYNC for PTC Creo is developed to help designers solve design bottlenecks associated with plastics more
efficiently and more cost-effectively.”
CoreTech System Co., Ltd. (Moldex3D)
Address
8F-2, No. 32, Taiyuan St.
302 Chupei City
Taiwan
Phone
+886 3 5600199
Fax
+886 3 5600198
Internet address
www.moldex3d.com
E-Mail
mail@moldex3d.com
Stand
Hall 13, A94 (Page 300)
Company News
06/19/2013
Building upon the capabilities from the previous releases while adding more innovations, Moldex3D eDesignSYNC R12.0 will upgrade the interface for a more
seamless integration with PTC Creo and comprise more advising features. In
the new release, users can complete the simulation workflows from component
modeling to result, displaying in a single environment, reducing time and enhancing streamlined integration. Through the newly-added slicing and clipping
functions, users can visualize analysis results in various dimensions and better
realize the variations of injection molded plastics. Additionally, the advisers for
cooling time, sink mark, L/t and gate location will guide users to perform early
design optimization to avoid repeating the analysis workflow. Users will benefit from the new offerings that deliver better user experience and higher work
efficiency.
New Release of Moldex3D eDesignSYNC Unveils
Enhanced CAD-CAE Platform for PTC Creo Users
Press Contact Carolyhn Ren CoreTech System (Moldex3D) carolyhnren@moldex3d.com
+886-3560-0199 ext. 705
Hsinchu, Taiwan – Jun 10, 2013 – CoreTech System
Co., Ltd. (Moldex3D), the globally leading provider
of “True 3D” injection molding simulation solution, announces enhancements to the newest version of Moldex3D
eDesignSYNC R12.0 for PTC® Creo® design software
to deliver a fully integrated CAD/CAE solution comprising all-in-one seamless workflow – going from design, to simulation and analysis – all within a PTC® Creo® environment. The latest release of Moldex3D
eDesignSYNC for PTC Creo makes it easier for PTC Creo designers to directly
evaluate the analysis result in a familiar CAD environment and get real-time
manufacturability insights to optimize the part geometry.
Expanding its professional plastic troubleshooting capabilities from injection
molding simulation to design field, Moldex3D has been dedicated to developing
a more accessible and easy-to-use injection molding solution. With Moldex3D
eDesignSYNC, designers can synchronize design changes to quickly and di-
“The new release of Moldex3D eDesignSYNC R12.0 for PTC Creo fully integrates CAE insights early into the design phase to maximize manufacturability
and accelerate design process. The upgraded interface ensures a seamless
design-analysis environment, significantly improving cross functional collaboration,” said Michael Campbell, Executive Vice President, CAD segment, PTC.
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08/26/2013
Moldex3D eDesignSYNC Brings Better Work
Experience and Efficiency for NX Users
Hsinchu, Taiwan – August 16, 2013 – CoreTech System Co., Ltd. (Moldex3D), the global leading provider
of “True 3D” injection molding simulation solutions, has
released the latest version of its NX-integrated design
validation product, Moldex3D eDesignSYNC R12.0 for
NX. In order to make the workflow easier for designers to quickly check the manufacturability of their designs, Moldex3D offers intuitive and easy-to-use all-in-one analysis tools built
into the NX design environment. Since the first release of Moldex3D eDesignSYNC in 2008, the market demands for this professional design-to-simulation
product have been constantly growing every year.
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02/06/2013
“The integration between design and simulation creates a high-performance design platform that allows designers the ability to examine, optimize and seamlessly create mold designs. It will enhance product quality and reduce costs
through each phase of the design-to-manufacturing process,” said Dr. Venny
Yang, President of CoreTech System.
Faced with growing competition in global plastic markets, many enterprises have
been enforcing their ability to solve critical design bottlenecks and molding issues in the earliest phase of the product development cycle. Using Moldex3D
eDesignSYNC, 80% of potential molding issues can be predicted and addressed
upfront. Moldex3D eDesignSYNC R12.0 improves product quality in form, fit and
function, to better satisfy the users’ demands and lower manufacturing costs.
Moldex3D for Your Industry
Moldex3D offers a suitable solution package for our customers. Customers
can choose from a wide range of professional simulation tools for plastics injection molded parts which help users verify part and mold designs and predict
potential blemishes. We offer various solution options including providing a basic
quick check on filling analysis solely, automated mesh-generation technology, a
full analysis from filling, packing, cooling, to warpage, and advanced simulation
modules, such as MuCell® Application, IC Encapsulation, Conformal Cooling,
Optical Molding, just to name a few. Moldex3D is widely used in diverse industries, including automotive, electronics, medical devices, electro-optical, and
consumer products.
In addition to expanding the solver capabilities on injection molding simulation and visualization, several significant enhancements have been made to
the interface, product functionalities and a better user experience in Moldex3D
eDesignSYNC R12.0. Users can complete the simulation workflow from component modeling to result displaying in a single window, reducing time and enhancing streamlined integration between Moldex3D and NX. With the newly-added
support for slicing and clipping functions, users can visualize analysis results in
various directions and better realize quality variations of injection molded plastics. Also, the advisers for cooling time, sink mark, length-to-thickness (L/t) and
gate location will guide users to perform early design optimization more efficiently. Users will benefit from the new offerings that deliver better work performance and efficiency.
In addition, with the leading parallel computing technology, Moldex3D enhances
computational performance significantly. The technology supports for both multiprocessor PC and PC cluster. By using a standard, quad-core processor, the
analysis speed can accelerate up to 250%. Moldex3D cooperates with mainstream PLM suppliers for CAD/CAE integration, enabling users to synchronize
design changes and evaluate manufacturability directly in their family design
environments. Moldex3D also cooperates with structural analysis software suppliers to provide customers with a complete structure optimization solution.
Moldex3D eDesignSYNC R12.0 for NX is now available. For pricing and more
detailed product information, please contact your local resellers or Moldex3D
sales team at mail@moldex3d.com.
September 26, 2013 – CoreTech System (Moldex3D)
Co., Ltd., the “True 3D” injection molding CAE simulation solution innovator, Concept2Production, one of
CoreTech System’s Valued Added Reseller in U.S. market and LMT Mercer
Group Inc., the largest manufacturer of vinyl fence, deck and railing accessories
in the US and Canada, today announced that LMT has selected Moldex3D as a
solution partner for their product development process optimization.
About Moldex3D
CoreTech System Co., Ltd. (Moldex3D) has been providing the professional
CAE analysis solution “Moldex” series for the plastic injection molding industry
since 1995, and the current product “Moldex3D” is marketed worldwide. Committed to provide the advanced technologies and solutions for industrial demands, CoreTech System has extended its worldwide sales and service network
to provide local, immediate, and professional service. Nowadays, CoreTech
System presents the innovation technology, which helps customers troubleshoot
from product design to development, optimize design patterns, shorten time-tomarket, and maximize product return on investment (ROI). More information can
be found at www.moldex3d.com.
10/02/2013
LMT Mercer Group Selects Moldex3D as a Solution
Partner for Product Development Process Optimization
LMT Mercer Group, headquartered in Lawrenceville NJ, operates manufacturing plants in New Jersey and Ohio. With several distribution centers around
the US, LMT Mercer Group supplies the vinyl and wood composite fence and
deck industry a broad range of products to meet the needs of a diverse and demanding customer base, and uses automatic high-cavitation tooling to sustain
its competitive edge. It operates 33 state-of-the-art injection molding machines
equipped with servo-robotics and nitrogen gas-assist capabilities.
”After a serious and conscientious apple to apple comparison of couple CAE
simulation software, we found the user interface and workflow much easier to
use in Moldex3D. What we need is simply providing the information needed step
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by step. Most importantly, the result from Moldex3D was correspondent with
the actual parts which gave us complete satisfaction and confidence to select
Moldex3D as our exclusive solution partner for product development process
optimization.” said Bryan Heestand, Product Engineer of LMT.
07/15/2013
“We are very pleased and excited to partner with LMT Mercer Group who is the
industry leader in the manufacturing of vinyl vaps, accessories and kit products.”
said Prabhakar Vallury, Vice President of Moldex3D Northern America. “Continually delivering innovative product with superior quality has been the main factor
to achieve success in building material industry. Moldex3D with high accuracy
and performance can not only help designers and manufacturers assure high
product quality but also speed up the pace of innovation. I strongly believe that
the diversity of our capabilities, the breadth of our experience and the depth
of our professional support will empower LMT Mercer Group boost competitive
advantage in no time.”
Hsinchu, Taiwan, July 11, 2013 –CoreTech System Co., Ltd. (Moldex3D),
the true 3D CAE simulation solution innovator for plastic injection molding, announced today the release of an enhanced version of Moldex3D FEA Interface
with Abaqus. Users of Moldex3D’s FEA Interface with Abaqus now can transfer the complete material property data without performing material reduction to
Abaqus for a more precise structural analysis. This powerful enhanced tool not
only empowers users of Moldex3D and Abaqus to experience a stronger and
further improved integration between the two leading programs, but also helps
accelerate work efficiency and provides precise, accurate simulation results.
About Moldex3D
CoreTech System (Moldex3D) Co., Ltd. has been providing the professional
CAE analysis solution “Moldex” series for the plastic injection molding industry since 1995, and the current product “Moldex3D” is marketed worldwide.
Moldex3D presents the innovation technology, which helps customers troubleshoot from product design to development, optimize design patterns, shorten
time-to-market, and maximize product ROI. For more information, please visit
www.moldex3d.com.
About Concept2Production, Inc.
Concept2Production (C2P) is a company dedicated to providing manufacturing
companies with a single resource for complete product development solutions.
Our Engineering Consulting firm has become a VAR for multiple leading Engineering software companies. Being an application and design engineering
specialist firm enables us to use the software we support daily. Our engineering capabilities include: Project Management (for 350 projects to date), Finite
Element Analysis, Mold Simulation Analysis, Solid and Surface Modeling, Animation, Product Data Management, and Design. For more information, please
visit www.concept2production.net
About LMT Mercer Group, Inc.
LMT Mercer Group, Inc. is the largest manufacturer of accessories for fence,
deck and railing accessories in the industry with more than 1500 products. LMT
also provides other industries with custom injection molding and distribution services. Located in Lawrenceville, New Jersey, they operate manufacturing plants
and distribution facilities in New Jersey, Ohio, and Nevada. For more information, please visit www.lmtproducts.com
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Users of Moldex3D’s FEA Interface with Abaqus Now
Can Transfer the Complete Material Property Data to
Abaqus for a More Precise Structural Analysis
Due to the memory and CPU computing time limitation, users of FEA Interface
with Abaqus would need to reduce the number of material properties prior to
transferring molding simulation data into Abaqus in the past. As a result, the
simulation results in Abaqus might be compromised since the data transmitted
only reflected molding analysis results partially. With the enhanced FEA Interface in Moldex3D R12, users can now take the complete anisotropic material
properties of a plastic injection molded part into full account for Abaqus stress
analysis. Consequently, users no longer need to overcompensate for the accuracy in simulation results caused by material data reduction. They can transfer
the complete data that reflects the complete material properties of a part into
Abaqus with ease in order to obtain the most precise and accurate simulation
results.
Additionally, the enhanced FEA Interface helps create a more efficient and
productive workflow by saving CPU computing time and memory usage enormously. For instance, it would take more than 20 hours for Abaqus to finish
importing and computing a complex model which consists of about 1 million elements of complete fiber orientation information. In contrast, with the Moldex3D
enhanced FEA interface, it can obtain results in merely 30 minutes. That is to
say, in the same given period of time, this acceleration enables Moldex3D and
Abaqus’ joint users to perform more analysis iterations for predicting potential
issues and optimizing product design.
Dennis Corain, Director of SIMULIA Alliances said “We fully support Moldex3D’s
endeavor in improving efficiency and productivity of transferring process-induced
properties, such as fiber orientation and residual stress, into Abaqus for optimizing the structural reliability of injection-molded plastic parts. Our joint customers
can now get more accurate and precise simulation results with the new ability for
Moldex3D to directly translate the mesh and material properties of whole plastic
parts into Abaqus.”
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Dr Venny Yang, President of CoreTech System (Moldex3D) stated, “With our collaboration with SIMULIA, we were able to achieve a tremendous breakthrough
in Moldex3D FEA Interface with Abaqus by reducing computing time and lowering memory usage needed for performing integrated analyses. Now, we are
also able to provide a mean to transfer the complete material properties of the
injection-molded parts into Abaqus to make a full structural analysis feasible.
Ultimately, we’re addressing two major challenges in today’s competitive business environment: product quality and time-to-market. We strive to help our
users deliver high quality products and speed up products’ time-to-market as
we know these are two crucial factors to achieve the ultimate success.”
About CoreTech System (Moldex3D) Co., Ltd.
Committed to provide the advanced technologies and solutions for industrial
demands, CoreTech System (Moldex3D) has extended the worldwide sales
and service network to provide local, immediate and professional service.
Nowadays, CoreTech System (Moldex3D) presents the innovation technology,
which helps customers troubleshoot from product design to development, optimize design patterns, shorten time-to-market, and maximize product ROI. For
more information about CoreTech System (Moldex3D) Co., Ltd., please visit
www.moldex3d.com or write to mail@moldex3D.com.
About Simulia
SIMULIA is the Dassault Systèmes brand that delivers a scalable portfolio of Realistic Simulation solutions including the Abaqus product suite for Unified Finite
Element Analysis, multiphysics solutions for insight into challenging engineering
problems, and lifecycle management solutions for managing simulation data,
processes, and intellectual property. By building on established technology, respected quality, and superior customer service, SIMULIA makes realistic simulation an integral business practice that improves product performance, reduces
physical prototypes, and drives innovation. Headquartered in Providence, RI,
USA, with R&D centers in Providence and in Suresnes, France, SIMULIA provides sales, services, and support through a global network of over 30 regional
offices and distributors. www.simulia.com
03/27/2013
CoreTech System Announced the Official Release of
Moldex3D R12.0
Hsinchu, Taiwan – Mar. 08, 2013 – CoreTech System Co., Ltd. (Moldex3D),
the globally leading True 3D CAE simulation solution innovator, announced the
official release of Moldex3D R12.0, the plastic design validation and optimization
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software for injection molding simulation. This release brings several significant
enhancements on troubleshooting capabilities, analysis accuracy, user friendliness, and calculation efficiency. Moldex3D helps part designers and mold makers make best plastic molding decisions to manufacture higher quality products
in form, fit and function at lower costs and shorten time-to-market.
Moldex3D has been plastic simulation standard in many industries, including automotive, digital electronics, medical, consumer product, etc. To prevent defects
or warpage on plastics, Moldex3D enables our customers to visualize the melt
flow behavior injected into a mold cavity and predicts potential molding problems
upfront. It helps users make and validate design changes to reach the optimal
plastic design or process conditions more efficiently, highly reducing time and
money inputs to repeated cost-wasting mold trials and fixes. With the professional support of Moldex3D material and machine databank, more effective mold
revision and optimization can be successfully achieved in the earliest phase of
the plastic injection molding process. Furthermore, Moldex3D helps users solve
design bottlenecks and overcome increasingly competitive industrial challenges,
such as cost down, lightweight design, energy saving, or environment protection.
“We have been assisting our customers in boosting troubleshooting capabilities
and adding higher value to the plastic design-to-manufacturing process. In addition to expanding comprehensive industrial molding solutions, this release emphasizes on how Moldex3D helps users enhance current work performance and
efficiency. We have improved the solver kernels to create more accurate mold
visualization and validation, which enables users to diagnose molding problems
more efficiently. Simultaneously, the enhancements on the computing speed
will help them get plastic insights and make right decisions much faster than
their competitors,” said Dr. Venny Yang, President of CoreTech System.
Building upon the previous releases and the powerful simulation capabilities,
Moldex3D R12.0 provides new features and enhancements including:
Enhanced Modeling Performance and Efficiency Moldex3D R12.0 supports
more special shaped gates, runners, and runner ends, such as cashew gate
with arc geometry, tapered ejector pins, or lock pin design. The enhancements
on mesh quality and density allow users to build more realistic 3D mesh of complicated runner systems, further increasing the accuracy of plastic modeling and
simulation. Moldex3D R12.0 also supports the auto re-meshing capability when
a gate location changes. Making design changes on gate locations will become
much easier for users to avoid repeated re-meshing work on cavity. Additionally,
users now can directly import a CAD model in Parasolid format.
Integrated Geometry Healing Capability for Mesh Optimization Moldex3D R12.0
introduces the industrial leading geometry healing technology developed by Ely-
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sium. This powerful tool, Moldex3D CADdoctor, enables multi-CAD data exchange, geometry simplification and verification, quality check, etc. When users
generate Boundary Layer Mesh (BLM), they can automatically check and fix
poor-quality geometry. It will highly enhance mesh quality and analysis accuracy.
Accelerated Computing Efficiency of Analysis Results Moldex3D R12.0 brings
up to 80% increase in the computing speed of the filling analysis*. The computation time for a model with one million elements will be shortened by nearly 50%.
With the support of multi-core, multi-CPU, and multi-PC parallel processing capabilities, users can accelerate analyzing high-precision or large-size models
generally with millions of elements by scheduling and assigning jobs to multiple
remote computing farms. Moldex3D enables users to create better plastic parts
without having to worry about failing to meet time-to-market.
Expanded Plastics Insights to Meet Market Demands Moldex3D R12.0 reinforces its troubleshooting capabilities in the solver kernels, such as flow behavior
visualization, cooling optimization, fiber orientation, stress evaluation, injection
compression molding simulation, encapsulation molding simulation, etc. The
advancements will result in more accurate simulations of standard or special
plastics injection molding processes. Users can predict potential manufacturing
problems and eliminate them much more effectively. Moldex3D R12.0 also supports advanced venting analysis, fiber breakage prediction, and annealing analysis. The venting analysis provides trapped air temperature and pressure results
to help users maintain mechanical strength and evaluate the quality of welding
lines. In the fiber analysis, users can quickly check if high shear stress inside
the cavity or near the gates will cause fiber breakage and damage the strength
of a part. Users also can simulate the post-molding annealing process in order
to prevent deformation and stress cracking on a part. Furthermore, Moldex3D
R12.0 has developed three specific industrial molding simulation solutions, including Compression Molding, Powder Injection Molding, and Bi-injection molding. More part designers in these process related industries can be benefited.
Optimized Result Display and Interpretation Capabilities The Report Wizard in
Moldex3D R12.0 allows fully-customized reports. Users can select analysis result items and export them into PPT, PDF, or HTML format. It will be more convenient for users to display and share their reports. Moreover, Moldex3D R12.0
Online Help provides a detailed guide on process and computation. Users can
simply press F1 when viewing results to get more assistances or interpretations.
Moldex3D R12.0 is available now. For pricing and more detailed product information, please contact your local sales representatives or resellers. Further information about Moldex3D R12.0 also can be found at www.moldex3d.com/en/moldex3dr12.
About Moldex3D CoreTech System Co., Ltd. (Moldex3D) has been providing
the professional CAE analysis solution “Moldex” series for the plastic injection
molding industry since 1995, and the current product “Moldex3D” is marketed
and supported worldwide. Committed to provide the advanced technologies
and solutions for industrial demands, CoreTech System has extended its worldwide sales and service network to provide local, immediate, and professional
service. CoreTech System provides the innovative simulation software to help
customers troubleshoot from product design to development, optimize design
patterns, shorten time-to-market, and maximize product return on investment
(ROI). More information about Moldex3D can be found at www.moldex3d.com.
*Note: The computing enhancement on the filling analysis is only applicable for
BLM or eDesign Mesh Level 5.
09/17/2013
CoreTech System Wins Best Paper at 2013 SPE ACCE
Northville, MI – September 11, 2013 – CoreTech System Co.,
Ltd. (Moldex3D), the leader in 3D CAE simulation solutions for
plastic injection molding industry, is delighted to announce its
paper has won Best Paper Award at 2013 SPE® Automotive
Composites Conference & Exhibition (ACCE) for research into
a newly proposed iARD-RPR model to improve the accuracy of
fiber orientation predictions for injection-molded thermoplastics.
CoreTech System (Moldex3D) is honored with the award out of
90 contenders by conference peer reviewers and was recognized with the award during the opening ceremonies on Wednesday, September
11th at the Diamond Banquet & Conference Center in Novi, Michigan.
The paper entitled “Three Dimensional Predictions of Fiber Orientation for Injection Molding of Long Fiber Reinforced Thermoplastics” was authored by
Dr. Ivor Huan-Chang Tseng (pictured), program manager in the R&D Division of CoreTech System (Moldex3D). Using 40 wt% glass-fiber immersed in
a polypropylene matrix that was injection molded in a center-gated disk to predict the fiber orientation distribution, the work has demonstrated a good correlation between the new fiber orientation prediction model and the experimental
observations.
“It’s a great honor to receive this recognition from SPE ACCE,” said Dr. Tseng.
“We’ve been working in various research areas of simulation technology for plastic injection molding, looking for ways to enhance accuracy of CAE software prediction capabilities, and the new fiber orientation model is one of our achievements, which can be used in a wide range of industries and applications, to help
users obtain real-life molding results.”
About SPE ACCE
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Held annually in suburban Detroit, the SPE ACCE draws over 700 speakers, exhibitors, sponsors, and attendees and provides an environment dedicated solely
to discussion and networking about advances in the transportation composites.
Its global appeal is evident in the diversity of exhibitors, speakers, and attendees
who come to the conference from Europe, the Middle East, Africa, and Asia /
Pacific as well as North America. Fully one-third of attendees indicate they work
for automotive and light truck, agriculture, truck & bus, heavy truck, or aviation
OEM, and another 25% representing tier suppliers. Attendees also represent
composite materials, processing equipment, additives, or reinforcement suppliers; trade associations, consultants, university and government labs; media; and
investment bankers. The show has been jointly sponsored by the SPE Automotive and Composites Divisions since 2001. For more information about the SPE
Automotive Composites Conference, see http://speautomotive.com/comp.
About CoreTech System (Moldex3D)
06/19/2013
Moldex3D and PME fluidtec Enter into a Joint
Development Agreement for Fluid Injection Molding
Process Productivity Enhancement
Dr. Venny Yang, President of CoreTech System (Moldex3D) noted “We are excited to be working with our new partner in fluid injection molding filed for further
enhancing fluid injection molding process predictability and productivity. We
firmly believe that a precise 3D CAE simulation tool can allow our users investigate the real production process and increase manufacturability.”
CoreTech System (Moldex3D) and PME fluidtec are jointly establishing a detailed plan and specifications for following development and validations. The
enhanced capabilities are expected to be available soon.
About CoreTech System (Moldex3D) Co., Ltd.
Committed to provide the advanced technologies and solutions for industrial
and service network to provide local, immediate and professional service.
www.moldex3d.com or write to mail@moldex3D.com.
About PME fluidtec
Hsinchu, Taiwan – May. 23, 2013 – CoreTech System
(Moldex3D) Co., Ltd., the leading true 3D CAE simulation solution innovator, and PME fluidtec, a worldwide
leading manufacturer for fluid injection technology, announced their new partnership with each other.
PME fluidtec is an experienced specialist precision engineering company in the
field of fluid injection (Water Injection Technology/Gas Injection Technology),
dedicating to the development, process support and production of components
and installations for fluid assisted injection molding using water or gas cavity
pressure technology for over 10 years.
“Fluid injection molding technologies have received extensive attention in recent
years as it enables greater freedom of design, faster cycle time, material savings, weight reduction, and cost savings,” said Friedrich Westphal, President of
PME fluidtec. “We firmly believe CAE simulation technology for fluid-assisted
injection molding can help our customers avoid undesirable developments at
the product and mold design stages, reduce development time and cost, as well
as optimize the process and mold design by visualizing 3D flow behavior. We
are very pleased about this collaboration with CoreTech System (Moldex3D) to
develop a truly representative CAE simulation tool for fluid injection molding process.”
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PME fluidtec is considered as a pioneer in the area of the fluid injection technology, delivering hardware components, like process and injection units, and
offering a customer application technology services up to the start of mass production. The manufacturer’s project management can support at the tool design
stage, with filling simulation, choice of material and automation. As well as continual high quality standards, environment protection practices always play a
central role at PME. PME was founded in 2001 and originally established to provide automation solutions, today with a decade of success in the field of fluid
injection (WIT/GIT) PME is undoubtedly an experienced specialist precision engineering company. Find more information at http://www.pme-fluidtec.de/en.
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02/26/2013
Mold-Masters Adopts Moldex3D to be the Global
Standards for Their Hot Runner Technology
January 15, 2013 – CoreTech System (Moldex3D) Co., Ltd., the “True 3D” injection molding CAE simulation solution innovator, and Mold-Masters, a global
leader in hot runner technology, today announced that Mold-Masters has selected Moldex3D software to be the global CAE analysis standards for design
verification and optimization of hot runner system.
Mold-Masters, the leading solutions provider of hot runner systems and controls technology, is ranked 7th among 2500 of the world’s top technology firms
for patent innovation. With over 900 granted and pending patents, MoldMasters has created many technology breakthroughs and enabled countless
new ways of molding a part with hot runners. In order to keep the organization
with the strong technical leadership in today’s demanding global climate, MoldMasters invested in a comprehensive product management project to set global
CAD/CAM/CAE standards for the organization to accommodate the growing demands in hot runner business. Responsible for the project is the Global Engineering Team which leads Mold-Masters worldwide engineering offices in Germany, Canada, India and support China. After serious evaluation and benchmarking, Mold-Masters decided to globally adopt Moldex3D to build the CAE
analysis standard for the design verification and optimization of hot runner system.
“In our 50 years in business, it has never been the plan for Mold-Masters to take
the easy path in product development and engineering specification. We make
the best, not the easiest.” said Hans Hagelstein, the president of Mold-Masters
Global Engineering. ”At Mold-Masters, we are continually looking to have the
best-in-class engineering analysis software to help us to deliver the ultimate in
melt delivery and control systems. We selected Moldex3D because its unique
technologies are what we would absolutely look for. Moldex3D not only offers
more realistic mold filling simulation results for building the organization standard
for hot runner design analysis, but also provides more advanced 3D features to
help us on the deep investigation.
“We are very excited to be working with Mold-Masters which is the world leading supplier of hot runner technology.” said Dr. Venny Yang, the president of
Moldex3D. “Hot runner system plays more and more important role in achieving
an effective injection molding. Moldex3D not only offers the advanced coupled
flow and thermal analysis for hot runner system, but also develops the private
cloud solution for helping customer to build their own high performance computing platform. I firmly believe that Moldex3D unique capabilities will provide
greater value to Mold-Masters for strengthening company competitiveness.”
About Moldex3D
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Moldex3D presents the innovation technology, which helps customers troubleshoot from product design to development, optimize design patterns, shorten
time-to-market, and maximize product ROI. For more information, please visit
www.moldex3d.com.
About Mold-Masters Limited
Mold-Masters Limited is the global leader in hot runner technology. The company has invested heavily in research and development with more than 900
granted and pending international patents. Mold-Masters designs and manufactures the plastic industry’s most advanced hot runner systems, temperature
controllers and complete hot-half solutions. Its support network spans more
than 40 countries, with facilities in North America, South America, Europe and
the Pacific Rim. For more information, please visit www.moldmasters.com.
09/17/2013
CoreTech System Dedicates Moldex3D Injection
Molding Simulation Software to University of Akron
Northville, MI – September 01, 2013 – CoreTech System (Moldex3D) Co., Ltd., the “True 3D”injection molding CAE simulation solution innovator”, is pleased to
announce a $2 million worth of Moldex3D injection
Molding Simulation Software donation to University of
Akron. It will be used by The Akron Polymer Training Center, the training division of the College of Polymer Science and Polymer Engineering at University
of Akron, to provide education and training for students and professionals in
injection molding simulation technology.
“It is known that The Akron Polymer Training Center, the nation’s No. 2 polymer
science program, offers courses and trainings designed to enhance on-the-job
effectiveness for all professionals working in the polymer field and strives to be
the world’s leading provider of effective workforce development and training. As
the world’s largest independent injection molding simulation software provider,
we believe it is our responsibility to assist University of Akron in keeping up with
the goal. We are pleased for the opportunity to partner with University of Akron
to bring students more practical industrial hands-on computer aided engineering
experiences and help them stay on the cutting edge of the technology,” said
Prabhakar Vallury, Vice President of Moldex3D Northern America.
“Moldex3D, using 3D computational technology, will give students hands-on experience in the simulation of the flow of polymer materials into complicated mold
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cavities, which will help local industry,” says Dr. Mukerrem Cakmak, Harold A.
Morton chair and distinguished professor of polymer engineering. “Plastic injection molding is used in various industries, including automotive, electronics,
medical, electro-optical, and consumer products. The behavior of polymers in
the melt state — or “the batter” — depends upon a number of factors, including the pressure, temperature, velocity and viscosity of the injected material,
adding that the difference between polymers can be as drastic as that between
lava and water. We are excited to have this unique opportunity to cooperate with
CoreTech System (Moldex3D) to educate polymer engineering students and professionals with the latest and advanced simulation technology.”
The donation ceremony was held at “Advanced Processes Innovation Day:
Molding Innovation”, a one-day seminar on August 8th at the National Polymer
Innovation Center, University of Akron and focuses on the technologies and innovations that are changing the face of manufacturing.
About Moldex3D
Committed to providing advanced technologies and solutions for industrial
and service network to provide local, immediate, and professional service.
www.moldex3d.com.
About The College of Polymer Science and Polymer Engineering At The University of Akron
The University of Akron’s College of Polymer Science and Polymer Engineering,
has a long and eventful history, with over 1700 graduates at the master’s and
PhD level. With seven endowed professorships, a distinguished faculty of 34,
and over 300 graduate students and postdoctoral fellows, the College represents
one of the largest concentrations of academic polymer expertise to be found
anywhere. There is a baccalaureate degree program in Mechanical/Polymer
Engineering offered in cooperation with the College of Engineering, and a 2year Associate Degree program in Polymer Technology. In addition, there is
a Training Center, managed by the College, which provides a wide variety of
non-credit plastics and rubber courses for workers at all levels. The College
offers extensive programming in polymer education and research. For more
information about the University of Akron, please visit www.uakron.edu/cpspe.
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07/30/2013
Moldex3D Has Announced the Official Release of
eDesignSYNC R12.0 for SolidWorks
Hsinchu, Taiwan – July 24, 2013 – CoreTech System
Co., Ltd. (Moldex3D), the global leading provider of
“True 3D” injection molding simulation solutions, has
released the latest version of its SolidWorks-integrated
design validation product, Moldex3D eDesignSYNC
R12.0 for SolidWorks. In order to make the workflow
easier for designers to quickly check the manufacturability of their designs, Moldex3D offers intuitive and easy-to-use all-in-one analysis tools built into the SolidWorks design environment. Since the first release
of Moldex3D eDesignSYNC in 2008, the market demands for this professional
design-to-simulation product have been constantly growing every year.
“The integration between design and simulation creates a high-performance design platform that allows designers the ability to examine, optimize and seamlessly create mold designs. It will enhance product quality and reduce costs
through each phase of the design-to-manufacturing process,” said Dr. Venny
Yang, President of CoreTech System.
Faced with growing competition in global plastic markets, many enterprises have
been enforcing their ability to solve critical design bottlenecks and molding issues in the earliest phase of the product development cycle. Using Moldex3D
eDesignSYNC, 80% of potential molding issues can be predicted and addressed
upfront. Moldex3D eDesignSYNC R12.0 improves product quality in form, fit and
function, to better satisfy the users’ demands and lower manufacturing costs.
In addition to expanding the solver capabilities on injection molding simulation and visualization, several significant enhancements have been made to
the interface, product functionalities and a better user experience in Moldex3D
eDesignSYNC R12.0. Users can complete the simulation workflow from component modeling to result displaying in a single window, reducing time and enhancing streamlined integration between Moldex3D and SolidWorks. With the
newly-added support for slicing and clipping functions, users can visualize analysis results in various directions and better realize quality variations of injection molded plastics. Also, the advisers for cooling time, sink mark, length-tothickness (L/t) and gate location will guide users to perform early design optimization more efficiently. Users will benefit from the new offerings that deliver
better work performance and efficiency.
Moldex3D eDesignSYNC R12.0 for SolidWorks is now available. For pricing
and more detailed product information, please contact your local resellers or
Moldex3D sales team at mail@moldex3d.com.
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About Moldex3D
be one detailed analysis of product application, or the integrated application of
a series of products. Judging would occur in two rounds. During the initial judging, only the Concept Introduction Forms will be evaluated. Then, judges will
use four criteria, creative expression, tool application, practical value, and overall performance, to evaluate all aspects of the entries. Registration deadline
is October 11, 2013, and semi-finalists and final winners will be announced on
October 18, 2013, and December 16, 2013, respectively.
We cordially invite you to participate this special opportunity to show the world
your innovation talent of mastering CAE simulation tool, with unlimited possibility.
For complete contest rules, please visit event page.
08/26/2013
07/30/2013
2013 Moldex3D Global Innovation Talent Award
Contest – Showing Your Talent; Molding Your
Innovation
New Simulation to Support Traditional / 3D-Printed Cooling Systems
Hsinchu, Taiwan – July 23, 2013 – CoreTech System (Moldex3D) is pleased to announce our 2013
Moldex3D Innovation Talent Award Contest. In order
to foster innovation and encourage new development
for plastics industry, CoreTech System (Moldex3D)
holds the contest to discover the talents mastering Computer-Aided Engineering (CAE) for product design and development. The contest is divided into two
categories, for professionals and for students, and open to industries, organizations, or students around the world. Just share practical application cases of
Moldex3D, you will have a chance to win great prize, enjoy global exposure and
recognition, and show potential customers and strategic partners your value and
capabilities.
According to research findings, total consumption of plastics in the world is estimated at over 200 million tons annually and projected to grow by 2% each year.
Everywhere you look, you will find plastics. You will find plastics in the house
we live in, the office we work in, the cars we travel in, the toys we play with, the
television we watch, etc. This trend brings a huge growing potential of plastics
industry and demand for top product and mold designers. As CAE is currently an
essential tool for product design and development, it is also an important technique for any engineer to stand out among others. Based on this, CoreTech System (Moldex3D), a dedicated engineering CAE company, hosts 2013 Moldex3D
Global Innovation Talent Award Contest to discover and encourage CAE talents
to create higher value for the industry.
The submitted entry needs to be real cases with any module of Moldex3D simulation software for design verification and optimization. Content shown could
Cimatron and Moldex3D to Introduce Innovative
Cooling Simulation
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Givat Shmuel, Israel – August 7, 2013 – Cimatron Limited (NASDAQ: CIMT) and
CoreTech System Co., Ltd. (Moldex3D) together announced today an agreement to deliver an integrated cooling simulation tool within CimatronE to address
the growing design needs for more efficient cooling systems in the plastics industry.
It is well-known the conventional cooling design with drilled straight channels
cannot cool down complex plastic parts evenly and efficiently, often resulting
in poor part quality and extended cycle time problems. With the introduction of
laser sintering technology, mold cores and inserts manufactured by 3D printing
can keep the cooling channels close to the core/cavity surface as much as possible so as to achieve even and efficient cooling. The new integration will provide
CimatronE users a convenient and powerful tool to evaluate the benefits and
return-on-investment (ROI) of conformal cooling approach.
The cooling analysis capabilities will be delivered as an optional add-on in the
next release of Moldex3D eXplorer for Cimatron. It will extend the power of
Cimatron users from performing mold filling analysis to optimizing cooling channel layout. Designers can design in Cimatron environment mold cores and inserts with conventional channels, baffles and bubbles, and/or incorporate complex conformal cooling channels to enhance cooling in critical regions. With
Moldex3D proprietary auto-mesh technology, complex cooling channel mesh
models can be automatically constructed for analysis. Based on the 3D cooling
analysis results from Moldex3D, users can accurately identify hot or cold spots,
mold temperature, required cooling time, and cooling efficiency of a mold before
cutting or “printing” the steel, and promptly revise the design in CimatronE to
improve the cooling performance.
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“The new cooling analysis integration with Moldex3D will help our customers
to design higher quality molds with improved cooling and shorter cycle times
using advanced 3D printing (Additive Manufacturing) technologies as well as
traditional milling and drilling technologies.” said Ira Bareket, Vice President of
Sales and Marketing at Cimatron. “The ability to support analysis of conformal
cooling will place our customers at the forefront of mold production technology.”
ted to provide the advanced technologies and solution for industrial demands,
CoreTech has extended the worldwide sales and service network to provide local, immediate, and professional service. For the latest news and information,
please visit our website at www.moldex3d.com.
“It is our pleasure to extend the integration with Cimatron.” stated Venny Yang,
President of CoreTech System (Moldex3D). “Moldex3D is dedicated to develop
with the idea and insistence upon molding innovation to deliver users easy-touse yet most accurate molding solutions. We are glad to provide Cimatron the
full support on cooling design and advanced conformal cooling analysis capability to leverage 3D printing technology.”
Product Overview
The new capabilities will be available to end users with the next CimatronE release.
04.01
04.01
Product Details
Moldex3D
About Cimatron
With more than 30 years of experience and more than 40,000 installations worldwide, Cimatron is a leading provider of integrated CAD/CAM software solutions for mold, tool and die makers, as well as manufacturers of discrete parts.
Cimatron is committed to providing comprehensive, cost-effective solutions that
streamline manufacturing cycles and ultimately shorten product delivery time.
The Cimatron product line includes the CimatronE and GibbsCAM brands with
solutions for mold design, die design, electrodes design, 2.5 to 5 axes milling,
wire EDM, turn, mill-turn, rotary milling, multi-task machining, and tombstone
machining. Cimatron’s subsidiaries and extensive distribution network serve
and support customers in the automotive, aerospace, medical, consumer plastics, electronics, and other industries in over 40 countries worldwide.
Moldex3D is a world-leading CAE software company
that specializes in developing top-notch innovative simulation applications and providing professional simulation support for companies with plastic products across
a wide spectrum of industries. Our mission is to not only to help you excel your
competitors but also stay ahead and be an innovative leader in your industry! For
more information about Moldex3D and our product, please visit our website at
www.moldex3d.com or contact our support team at support.eu@moldex3d.com.
Cimatron’s shares are publicly traded on the NASDAQ under the symbol CIMT.
For more information, visit www.cimatron.com
About CoreTech System Co., Ltd. & Moldex3D
CoreTech System Co., Ltd is the company that develops and markets Moldex3D
CAE software. Founded in 1995, CoreTech’s mission is to provide software,
services, and solutions to the injection molding industry. Moldex3D is the world
leading CAE product for the plastics injection molding industry.
With the best-in-class true 3D analysis technology, Moldex3D can help plastic
part and mold designers to in-depth simulate the widest application range of
injection molding processes to optimize product design and manufacturability,
shorten time-to-market, and maximize product return-on-investment.
In 20 years of the development, CoreTech has successfully won the support
of hundreds of customers through more than 4,000 case studies. Commit-
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exposure of elastomers Investigation of local deformations (3D photogrammetry) Nondestructive component analysis with computer tomography
Deutsches Institut für Kautschuktechnologie e.V.
Address
Eupener Str. 33
30519 Hannover
Germany
Phone
+49 511 8420110
Fax
+49 511 8386826
Internet address
www.dikautschuk.de
E-Mail
info@dikautschuk.de
Stand
Hall 06, C54-7 (Page 278)
2) Modeling and Simulation
FE simulations of elastomer components Continuum mechanical description of
inelastic effects Concept for representation of spatial directions Material models for FE simulations Theory of filler-based reinforcement Modeling of polymer
networks Mechanisms of cross-linking (vulcanization) Molecular-dynamic simulations Theory of rubber friction Molecular rheology
3) New Materials
Evaluation of new raw materials for rubber technology Modification of fillers and
polymers Elastomer nano-composites (synthetic and biobased) New kinds of
reinforced elastomers wit nanoscale fillers Thermoplastic elastomers (dynamic
vulcanization) Functional and adaptive elastomers Magnetorheological elastomers for sensor technology and adaptronics Customized acoustics, damping
and frictional characteristics
4) Innovative Manufacturing Processes
Product Overview
03.09.001
Measuring and test equipment for rheological
properties
04.03
Trade associations
Nano-technology Atmospheric pressure plasma techniques Continuous mixing
in twin-screw extruder Optimization and monitoring of compounding process
Blister-free calendering and extrusion Two component injection molding (thermoplastic / elastomer) Microwave heating
5) Aging and Wear
04.06
Product Details
04.03
Physical and chemical aging mechanisms Elucidation of mechanisms relevant
to fatigue and damage Prediction of service life of dynamically stressed components Extended predictions of relaxation and creep on the basis of accelerated
testing Characterization of aging phenomena of the filler network Fracture mechanics and fatigue Friction and wear mechanisms
6) Surfaces and Interfaces
Trade associations
Surface modification of elastomers (atmospheric pressure plasma) Contact mechanics and friction Interphase dynamics of filled elastomers and blends Polymerfiller and filler-filler interaction
DIK Research Focal Points
1) Characterization
Dynamic-mechanical characteristics up to high frequencies Broadband dielectric spectroscopy Ultrasonic spectroscopy Microscopy (TEM,SEM, AFM)Nano-technological
methods Fracture mechanics Rheology and mixing control Dielectric analysis under shear stress Characterization of fillers (morphology, activity) Filler distribution in rubber compounds and vulcanizates ”Leachables” and ”extractables” from polymer materials Emissions and environmental
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Elastocon AB
Address
Tvinnargatan 25
507 30 Brämhult
Sweden
Phone
+46 33 225630
Fax
+46 33 138871
Internet address
www.elastocon.se
E-Mail
info@elastocon.se
Stand
Hall 11, G42 (Page 296)
Company News
09/24/2013
Product Overview
Elastocon AB
Stress Relaxation System
A complete System for testing Stress Relaxation consisting of a Cell ovens with four cells (Elastocon can
also supply cell ovens with up to six different temperatures or with temperature cycling). Special designed rigs for relaxation test, either in compression
(ISO 3384) or tension (ISO 6914). The software EC
05 is userfriendly, it is easy to start a test and to define
F0. Easy switching between graphic presentation in N
or F/F0, switching between absolute time or relative time. All information can be
open in the same window. Automatic calculation of mean value, calculation of
relaxation at predefined times,automatic increase in log intervals etc.
As an option containers for testing in liquids are available.
Elastocon AB
03.09.001
properties
03.09.002.01
Thickness gauges
03.09.002.05
Other measuring and test equipment for mechanical or
dynamic properties
03.09.003.02
Other measuring and test equipment for thermal
properties
03.09.004
Measuring and test equipment for electrical properties
03.09.007
Accelerated weathering equipment
04.06
Product Details
04.06
Elastocon AB
Consulting and Test on commission on polymer materials
In our Lab/ Demo room we have the possibility to help customers with testing
and evaluation on mainly polymer materials.
Stress Relaxation test, LTC Low Temperature Compression set, Tensile test,
hardness measuring, ageing for example. Please contact us for more information and prices. Ann-Cathrine Magnå is responible for our testing lab.
Contact details: ann-cathrine.magna@elastocon.se or +46 33 22 56 32
Elastocon will also demonstrate our System for Low Temperature Compression
set , a system where you never have to open the freezer or touch the samples
during the test period. Our system fulfils the new ISO standard 815-2
Besides the above we will also bring our System for test piece preparation and
run our new product videos where you can see how the instruments are used.
Tips! Visit our website and see how some of our instruments are used!
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Euromap c/o VDMA
European Bioplastics e.V.
Address
Lyoner Str. 18
60528 Frankfurt am Main
Germany
Address
Marienstr. 19/20
10117 Berlin
Germany
Phone
+49 69 66031832
Phone
+49 30 28482350
Fax
+49 69 66032832
Fax
+49 30 28482359
Internet address
www.euromap.org
Internet address
www.european-bioplastics.org
E-Mail
euromap@vdma.org
E-Mail
info@european-bioplastics.org
Stand
Hall 16, F42 (Page 304)
Stand
Hall 07a, B10 (Page 280)
Product Overview
04.03
Euromap c/o VDMA
Trade associations
Company News
09/26/2013
Discover the world of bioplastics
Register for the 8th European Bioplastics Conference
Product Details
04.03
Euromap c/o VDMA
Trade associations
Exhibitions
The overall events schedule of the plastics and rubber industry is wide-ranging
and does not always meet the requirements of both exhibitors and visitors. As
a result, EUROMAP supports a number of major national and international exhibitions with an excellent track record in the European machinery industry. For
further information please contact the organizers directly.
03/14/2013
Bioplastic Business Breakfast
During K 2013 all facets of the bioplastics industry will
be showcased and discussed at the European Bioplastics booth (7aB10) as well as during the Bioplastics
Business Breakfast organised by the ”voice” of the industry - the Bioplastics
Magazine.
Do not miss this opportunity to meet the leaders of the European Bioplastics
industry!
More information is available here:
http://www.bioplasticsmagazine.com/en/events/breakfast/index.php
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++++++++++++++++++++
03/14/2013
News on Bioplastics - the Bioplastics Blulletin
European Bioplastics is the European association representing the interests
of the industry along the complete bioplastics‘ value chain. Its members produce, refine and distribute bioplastics i.e. plastics that are either biobased, compostable, or both.
European Bioplastics offers a bi-monthly newsletter - the Bioplastics Bulletin - which provides updates on all facets of the
bioplastics industry.
More information is available at www.european-bioplastics.org or at the conference website www.conference.european-bioplastics.org.
Check out the latest issue here:
http://en.european-bioplastics.org/newsletter/
03/14/2013
Press contact: Kristy-Barbara Lange, Head Communication, European Bioplastics, Marienstr. 19/20, 10117 Berlin, phone +49 (0) 30 28482 356, Fax +49 (0)
30 284 82 359, presse@european-bioplastics.org
++++++++++++++++++++
EUROPEAN BIOPLASTICS ANNOUNCES 8TH
EUROPEAN BIOPLASTICS CONFERENCE
LINK: http://en.european-bioplastics.org/wp-content/uploads/2013/02/EuBP_PR_conference_safet
Berlin, 27 February 2013. European Bioplastics, the
association of the bioplastics industry in Europe, announces the 8th European Bioplastics Conference to take place on 10 and 11
December 2013 at the InterContinental Hotel in Berlin.
“Bioplastics are part of a biobased future in Europe. This year’s ”European Bioplastics Conference” will demonstrate and showcase the industry’s enormous
potential”, comments European Bioplastics Chairman Andy Sweetman. „Making
bioplastics increasingly tangible for business contacts and the end consumer –
that is our challenge now that bioplastics are stepping out of the niche and mass
products can be experienced by everybody”.
09/26/2013
8th European Bioplastics Conference - building a
biobased future for Europe
Latest performance trends, material innovations, as
well as experiences from beyond Europe will be discussed on 10/11 December 2013 at the 8th European
Bioplastics Conference in Berlin – the leading industry
event in Europe.
Keynotes this year will be held by
The 8th European Bioplastics Conference is the pre-eminent international industry event in Europe offering a unique information platform for industry trends and
innovations in material and application development. With the view on individual needs and interests, participants can expect a diversified conference format
with up to date presentations and interactive features, aimed at stimulating the
engagement of the participants.
Dr. Pipat Weerathaworn (Thai Bioplastic Industry Association, PTT Global Chemical Company Ltd), who
will give an overview of the development of the Thai bioplastics industry, and
Professor Matthias Finkbeiner (Technische Universität Berlin), who will present
options for sustainability assessment of biobased applications.
Excellent networking opportunities and a comprehensive product exhibition: The
8th Conference will introduce a new online partnering tool and special meeting
areas in order to facilitate networking. The online partnering service will be activated for all registered participants a few months prior to the conference.
bioplastics materials, bioplastics in the automotive industry, bioplastics for
brands, end-of-life, and sustainability of bioplastics.
In 2012, over 400 experts from around the globe came together at the 7th conference and impressively showcased the conference’s tremendous effectiveness
in networking and information exchange.
For this year‘s event, registration opens in April 2013. The call for papers will be
published soon.
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The programme features presentations with latest updates on
Highlights are among others
the annual market data update of European Bioplastics, which will be presented
by the Institute for Bioplastics and Biocomposites (University of Applied Sciences and Arts Hannover, Germany). API will discuss its cooperation with
PUMA on their already commercially available fully biodegradable basketball
shoe. Uhde Inventa-Fischer will present new data on the development of PLA
in the fibres market. And a panel of industry and NGO experts will discuss sus-
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tainability aspects of bioplastics, including the choice of sustainable feedstock,
as well as existing and upcoming assessment schemes.
Company News
What’s new?
02/19/2013
A digital partnering tool will facilitate networking opportunities during the conference days. The partnering tool will be available for all registered participants
approximately six weeks prior to the conference.
Comprehensive product exhibition
With 40 exhibitors last year, the 8th Conference is set to offer even more exhibition space. It’s the ideal platform to showcase products and services, increase brand awareness, build new business relationships and gain instant market feedback.
For detailed information about the exhibition, sponsorship opportunities, and the
registration process, please visit our conference website http://conference.europeanbioplastics.org
Europlasma N.V.
A patent for plasma primer on fibre reinforced plastics.
The patent for invention number EP 2 059 555 is a low pressure plasma process for improving the adhesion of fibre reinforced composites prior to applying
lacquer or ink.
“This latest patent makes claims in connection with our technology to make the
lackering process easier, faster, cheaper and more environmental friendly as for
example spray painting expensive primers become unnecessary. Also the final
result is much better,” said Filip Legein, Managing Director of Europlasma. “It
grows the number of our patents related to low pressure plasma processes for
nano-scaled activation, cleaning or coating of fibre reinforced composite plastics, which adds confirmation to Europlasma’s leadership in developing low pressure plasma systems and technology.”
For more information about Europlasma’s technology, you can have a meeting
at the K fair where our brand ambassadors are available for you!
Product Overview
08/12/2013
04.03
Trade associations
Belgium based Europlasma, a world leader in low
pressure plasma technology, is happy to announce
the launch a new family of nanocoatings under the
“Nanofics 110” brand name.
Europlasma N.V.
Address
De Bruwaan 5d
9700 Oudenaarde
Belgium
Phone
+32-55-303205
Fax
+32-55-318753
Internet address
www.europlasma.be
E-Mail
sales@europlasma.be
Stand
Hall 10, C09 (Page 294)
Launch of PFOA- & PFOS-free nanocoatings for
technical textiles under brand name ”Nanofics 110”.
“Nanofics” refers to nanoscaled functionalization into
the core of complex shaped materials and products. It is Europlasma’s patented
and patent pending nanocoating technology platform, first applied on industrial
scale in 1998.
The “Nanofics 110” coatings are highly water repellent (water contact angle of
110 degrees according to ASTM D5964) and highly oil repellent (oil repellency
level 6 according to ISO 14419) fluoropolymer type of nanocoatings deposited
by low pressure plasma technology.
The unique aspect of these coatings is that they are completely free from PFOA
and PFOS. The “Nanofics 110” coating technology is patented and patent pending by Europlasma.
Traditional nanocoatings with high levels of water and oil repellency are derived
from long molecular chains which contain traces of PFOA and PFOS. There is
a general trend to move away from these chemistries for health reasons.
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Europlasma’s Product Manager Peter Martens comments: “ In wet chemical
DWR (durable water repellent) coating of technical textiles the switch from longer
to shorter molecules is already well advanced. It is only a matter of time until
the same switch will take place in the nanocoating market. Europlasma is now
the first to offer PFOA- and PFOS-free nanocoatings for technical textiles. And
we are able to apply these coatings on an industrial scale, with coaters such as
in below picture able to handle rolls with widths up to 1,5 meter, and diameters
up to 0,6 meter.”
The “Nanofics 110” coatings are an addition to the existing “Nanofics 120” family
of nanocoatings and other custom designed coating systems. The Europlasma
low pressure plasma machines have the flexibility to use both the “Nanofics 110”
and “Nanofics 120” nanocoating systems. This gives to the Europlasma customers the freedom to switch from one to another chemistry when they think
their products or their markets require different coating specifications.
Europlasma’s Managing Director Filip Legein adds: “ Europlasma was the first
company to put an industrial nanocoater in the field in 1998. This low pressure
plasma machine was already capable of depositing different types of fluoropolymer nanocoatings to repel water and oil. In 2003 Europlasma was the first company to deposit these nanocoatings on complex three dimensional structures
instead of flat substrates, an invention that was patented by Europlasma. Since
2003 Europlasma has brought many other patented and patent pending innovations to this market. Now Europlasma is the first company to realize the transition from longer to shorter chained chemistries in the nanocoating market. I am
proud that our team of engineers and scientists confirm Europlasma’s role as a
true pioneer and innovator in this emerging industry.”
02/19/2013
’Nanofics’, the leading nanocoating technology
platform to waterproof electronic devices.
Belgium based Europlasma, a world leader in the design and manufacturing of low pressure plasma equipment since 1993, is happy to announce the expansion
of its global network of “Nanofics” licensees, opening
more than 25 coating centers worldwide to waterproof
electronic devices.
Europlasma is also excited to participate in the launch of the new brand DryWired (www.drywired.com) at CES 2013, LVCC South Hall 2, booth 25733. The
DryWired brand will be used by Europlasma’s retail partners in Latin America
(LATAM), with coating centers for hand held electronic devices opening in the
region soon.
Europlasma’s partners in the Middle East and North Africa region (MENA) have
recently installed coating centers in Beirut and Dubai to launch the technology
under the Aquacoat brand name (www.aquacoat.co).
In China the business of Europlasma partner Hydrowarriors (www.hydrowarriors.com)
is growing rapidly with the installation of fifteen coating centers in some of the
main Chinese cities, including Dongguan, Chongqing, Shenzhen, Qindao, Beijing, Shanghai, Guangzhou, Chengdu, Fujiang, Xian, Hangzhou, Hong Kong
and Macau.
Also in Europe the use of the Nanofics platform is increasing rapidly, with
two coating centers for handheld electronic devices opening within the coming weeks, one for Belgium, The Netherlands and Luxemburg (Benelux), and
another one for Germany, Austria and Switzerland (DACH).
Europlasma’s Managing Director Filip Legein comments: “as the true pioneer in
nanocoating technology, we are happy to see that 15 years of intensive R&D by
the Europlasma team has resulted in a growing number of markets and applications, such as air filtration products, functional textiles, medical devices, and
now electronic devices. In electronic devices it has become clear that the end
customer is willing to pay for additional protection against water damage. It is
interesting to see how the retail market is also driving the manufacturers to adopt
the technology on a wider scale. This has created a steep growth in demand
which Europlasma is able to meet with a reliable technology platform, running
on industrial scale of equipment.” Europlasma is looking to further expand its
network in North-America, Asia, and other regions. If you would like to become
a licensee for the Nanofics technology for an available territory or field of use,
please contact Filip Legein.
Product Overview
“Nanofics” refers to nanoscaled functionalization into
the core of complex shaped materials and products. It is Europlasma’s patented
and patent pending nanocoating technology platform, first developed by Europlasma and applied on industrial scale in 1998.
Europlasma N.V.
03.08.001
Surface pretreatment equipment
04.05
Subcontracting
During CES 2013 Europlasma will be demonstrating the Nanofics technology at
the Mirage Penthouse Suites.
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Prozess Monitoring macht den Prozess sichtbar. Eine übersichtliche Navigation, durchdachte Diagnosemöglichkeiten und einige Software-Features mehr,
bringen dem Anwender enorme Vorteile. Alle Funktionen wurden in die einfache
Bedienbarkeit integriert und erhöhen die Verfügbarkeit der M98.
GABLER Thermoform GmbH & Co. KG
Address
Niels-Bohr-Ring 5A
23568 Lübeck
Germany
Phone
+49 451 3109-0
Product Overview
Fax
+49 451 3109-100
03.01.005
Pelletizers
Internet address
www.gabler-thermoform.com
03.03.001
Thermoforming machines
E-Mail
info@gabler-luebeck.de
03.03.008
Punching and perforating machines
Stand
Hall 03, D35 (Page 272)
03.06.006
Other moulds
03.07.002.04.04
Belt conveyors
03.07.004.04
Mould changing systems
03.07.005.01
Stacking devices
03.08.002.01
Heating and cooling units
04.05
Subcontracting
Company News
12.07.2013
Top-selling Kippmaschine M98 auf der K 2013
Auf der diesjährigen K 2013 präsentiert GABLER erstmals seine optimierte top-selling Kippmaschine, die
M98, dem Fachpublikum. Produziert werden PPWasserbecher mit Siegelrand mit einem Durchmesser
von 73,5 mm in einem 60 Kavitäten Werkzeug.
Bei der M98 ist alles darauf abgestimmt, damit Sie die
perfekten Trinkbecher herstellen können: So wurde
der Formprozess in Bezug auf Produktqualität, Prozessgeschwindigkeit und
Energie-Effizienz durch den einzigartigen Einsatz von voreilendem Vorstrecker
und Formluft optimiert. Dies und der Einsatz von Hochleistungs-Motoren in
der Formstation steigern die Ausstoßleistung merklich. Des Weiteren wurde
ein Hauptaugenmerk auf die Prozesssicherheit gelegt. Ein Beispiel hierfür ist
der neu entwickelte Reverse Stacker. Für schwer stapelbare und insbesondere für dünnwandige Produkte gewährt dieser eine sehr produktschonende
Entnahme aus dem Werkzeug und die anschließende Stapelbildung. Zudem
benötigt der Reverse Stacker keine zusätzliche Entnahmezeit und auch keine
Halteelemente, die den Artikel beschädigen könnten und wartungsintensiv sind.
Ebenso wurde eine umfangreiche Sensorik integriert. Die Maschine – und insbesondere die Maschinen-Peripherie – werden ständig überwacht. Real time
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GABO QUALIMETER Testanlagen GmbH
Address
Product Overview
Schulstr. 6
29693 Ahlden
Germany
Phone
+49 5164 8019-0
Fax
+49 5164 8019-30
Internet address
www.gabo.com
E-Mail
info@gabo.com
Stand
Hall 10, D20 (Page 294)
03.09.001
properties
03.09.002.05
dynamic properties
03.09.003.02
Other measuring and test equipment for thermal
properties
04.06
Product Details
04.06
EPLEXOR 6000/8000N High End
Company News
12.07.2013
39 Jahre GABO Qualimeter Testanlagen
The new instrument line enables the user to apply forces up 6 KN (8 KN). A
deformation range of up to 100 mm is available.
GEMEINSAM STARK
The new EPLXOR® 6000/8000 dynamic universal testing instrument is aimed
for component as well as for material testing.
EINE ERFOLGSGESCHICHTE FÜR ALLE BETEILIGTEN
Unberührt von den Einflüssen der Weltkonjunktur und den Finanzproblemen
der Staaten, bereitet das mittelständische, eigentümergeführte Unternehmen
GABO Qualimeter Testanlagen GmbH im niedersächsischen StädteDreieck
gelegen zwischen Hannover-Hamburg-Bremen, ihren Kunden viel Freude.Wer
sich mit GABO Produkten seine Wettbewerbsfähigkeit sichert und sich neue
Märkte eröffnet, der spart anderweitig und macht doch Gewinn! Zu dieser
Einsicht kamen seit 39 Jahren viele Kunden weltweit und veranlasste GABO
zu einer Erweiterung der Betriebsstätte. Gabo entwickelt, forscht und fertigt, bietet Service und Schulungen an. Die GABO Spezialisten hören ihren
Geschäftspartneren und Kunden genau zu! Dieses Verhalten, die entstehenden
maßgeschneiderten Lösungen und die damit verbundenen Vorteile schätzen
GABO Kunden besonders; GABO ist bereits in 25 Ländern vertreten und weiterhin auf innovativem Wege!
During K 2010 in Düsseldorf, Gabo Qualimeter Ahlden /Germany presents the
new dynamic material testing product line EPLXOR® 6000/8000 high End.
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Depending on the configuration of the new EPLXOR® 6000/8000 series several test procedures like fatigue-test, heat build up and blow out tests, rolling
resistance and much more can be performed.
A wide range of accessoires like temperature chambers from -150°C up to 1.500°C;
humidity generators operatinge in a humidity range from 5% up to 90% are available.
We invite you to visit us at our booth no. 10D20 in hall 10 were we present our
new EPLEXOR® !
For more details, please, call us +49 (0) 5164 80 19 0 or contact us by email:
info@gabo.com.
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GAUDLITZ GmbH
Product Overview
GAUDLITZ GmbH
Callenberger Str. 42
96450 Coburg
Germany
02.01.007
Parts made by compression moulding
02.01.010
Parts made by injection moulding
Phone
+49 9561 648-0
02.02.006
Embossing
Fax
+49 9561 648-648
02.03.002
Plastics products and parts for automotive
Internet address
www.gaudlitz.de
02.03.003
Plastics products and parts for building applications
E-Mail
info@gaudlitz.de
02.03.007
Plastics products and parts for electrical engineering
Stand
Hall 05, A22 (Page 276)
02.03.008
Plastics products and parts for data appliance
02.03.010
Plastics products and parts for aviation
02.03.011
Plastics products and parts for mechanical engineering
02.03.012
Plastics products and parts for medical engineering
02.03.016
Plastics products and parts for optics/precision
engineering
02.04.003.01
Parts from standard plastics
02.05.001
Apparatus and parts
02.05.004
Fastenings
02.05.009
Data-processing equipement
02.05.019
Film cameras, cameras - technical parts
Address
Company News
08/28/2013
GAUDLITZ GmbH
The GAUDLITZ All-in-One Pen
We have extended our product range and developed
an In vitro diagnostic all-in-one platform technology
in pen format for conducting whole-blood-based rapid
tests with sample dilution.
The pen is characterized by an integrated sterile automatic lancet. The sample is precisely extracted by using an incorporated capillary tube and transferred to the buffer reservoir zone(s).
There, an optimal sample mixing with the desired buffer/solvent occurs and,
following this, the transfer to the actual test strip takes place.
The platform technology offers a high degree of flexibility with regard to the
buffer/solvent used, and can be adapted in accordance with customer requirements.
In this way, the user profits from a product that can be easily, speedily and precisely handled, thus reducing errors, without having to make further contributions
to the test.
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02.05.023
Casings and cabinets
Company News
02.05.024
Glass-fibre reinforced plastic parts (GRP)
30.09.2013
02.05.032
Laboratory equipment- technical parts
02.05.043
Parts for measuring instruments
Meckenheim, 30. September 2013: Das neueröffnete Innovation-Lab der
Dressler Group aus Meckenheim bietet ab sofort Kunden aus der Kunststoffund Pharma-Industrie völlig neue Möglichkeiten bei der Entwicklung neuer Basisstoffe.
02.05.072
Ventilator parts
02.05.073
Valves
02.05.075.01
Fibreglass-reinforced plastic parts
02.05.080
Toothed wheels and racks
03.06.001
Injection and compression moulds
04.05
Subcontracting
Phone
Dressler Innovation-Lab ermöglicht Pulver-Prototyping
Getreu dem Motto: Dressler Group – the grinding authority – forscht und entwickelt die Gruppe für und mit ihren Kunden gezielt an Lösungen, um die Feinund Feinstmahlung von Kunststoffen in eine neue Dimension zu heben. „Das
Prototyping“, so Jan Dressler, Mitinhaber der Lohnmahlunternehmen, „ist für unsere Kunden das A und O bei der Entwicklung neuer Verfahren und Werkstoffe.
In unserem Labor können wir die Produktionsverfahren 1:1 erarbeiten und in unserem Technikum mit nur geringen Rohstoffmengen praxistauglich testen. Wir
arbeiten bereits mit Mengen ab einem Kilo an dem bestmöglichen Verfahren für
das vom Kunden vorgegebene Ziel. Kurzfristig und effizient!“.
Neben neuen Cryo-Mahlverfahren arbeitet die Dressler Group zudem an der Erweiterung ihrer Service-Pakete, wie z. B. der Produktlagerung und innovativen
Konfektionierungsangeboten.
Die Dressler Group ist ein Verbund von führenden Lohnmahldienstleistern in
Meckenheim bei Bonn. Die angegliederten Unternehmen haben sich auf unterschiedlichste Verfahrenstechniken für die Kunststoffmahlung und Pulverherstellung spezialisiert. Die innovationsgetriebenen Werke sind für ihre hohen Qualitätsstandards, insbesondere für ihre Produktionsanlagen unter Reinraumbedingungen, international anerkannt. Die angegliederten Unternehmen sind die
Godding + Dressler GmbH, Linus GmbH sowie die Micro Powder System GmbH.
godding + dressler GmbH
Address
Heidestr. 3
53340 Meckenheim
Germany
Weitere Informationen finden Sie unter: www.dressler-group.com
Pressekontakt:
+49 2225 9204-0
dawin gmbh
Fax
+49 2225 9204-35
Internet address
www.godding-dressler.de
E-Mail
info@godding-dressler.de
Belgische Allee 50
D-53842 Troisdorf
Margit Rüfner-Bahne
T: +49 2241 397 198-0
E: ruefner-bahne@dawin.de
Stand
Über die Dressler Group:
Hall 08b, C63 (Page 288)
Die Dressler Group wurde im Jahr 2013 als Dachmarke für die Lohnmahlw-
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erke Godding + Dressler GmbH, Linus GmbH und Micro Powder System
GmbH gegründet. Die innovativen Dienstleistungsunternehmen haben ihren
Sitz in Meckenheim bei Bonn und sind auf das Kaltmahlen und Veredeln von
chemisch-technischen Produkten, insbesondere auch unter Reinraumbedingungen, spezialisiert.
Dressler Group Member sind:
führer im Bereich Kaltmahlen und wollen diese Position durch die erweiterten
Lager- und Produktionsflächen ausbauen“, so Jan Dressler. Erst im April dieses
Jahres feierte die Dressler Group Richtfest für eine neue Produktionshalle der
angegliederten Linus GmbH. Die Erweiterung der Lagerkapazität ist nun ein
weiterer konsequenter Schritt zum Full-Service- Dienstleister für Kunden aus
der Großindustrie.
Meckenheim bei Bonn. Die drei angegliederten Unternehmen haben sich auf
unterschiedlichste Verfahrenstechniken für die Kunststoffmahlung und Pulverherstellung spezialisiert. Mit ihren innovationsgetriebenen Werken sind sie für
ihre hohen Qualitätsstandards, insbesondere für ihre Produktionsanlagen unter
Reinraumbedingungen, international anerkannt. Im Verbund der Dressler Group
angesiedelt sind die Godding + Dressler GmbH, Linus GmbH sowie die Micro
Powder System GmbH.
Linus GmbH
Werner-von-Siemens-Str. 3
Pressekontakt:
D-53340 Meckenheim
dawin gmbh
T: +49 2225 99998-0
Belgische Allee 50
Info@linus-gmbh.de
D-53842 Troisdorf
www.linus-gmbh.de
Micro Powder System GmbH
T: +49 2241 397 198-0
D-53340 Meckenheim
T: +49 2225 99997-0
Die Dressler Group wurde im Jahr 2013 als Dachmarke für die Lohnmahlwerke Godding + Dressler GmbH, Linus GmbH und Micro Powder System
Godding + Dressler GmbH
Heidestraße 3
D-53340 Meckenheim
T: +49 2225 9204-0
Info@godding-dressler.de
info@micropowder.de
www.micropowder.de
30.09.2013
Dressler Group erweitert Meckenheimer Standort um
Meckenheim, 30.09.2013: Mit dem Zukauf einer kompletten Hallenanlage
auf einer Gesamtgrundstücksfläche von ca. 20.000 qm schafft der Lohnmahlungsverbund Dressler Group die nötige Voraussetzung für seine Expansionspläne.
Godding + Dressler GmbH
Die beiden Geschäftsführer, Axel und Jan Dressler, reagieren damit auf die
gesteigerte Nachfrage nach den Serviceleistungen ihrer drei angegliederten
Lohnmahlunternehmen für chemisch-technische Produkte. „Wir sind Qualitäts-
T: +49 2225 9204-0
85
Heidestraße 3
D-53340 Meckenheim
Info@godding-dressler.de
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Jan Dressler.
Linus GmbH
Pressekontakt:
D-53340 Meckenheim
dawin gmbh
T: +49 2225 99998-0
Belgische Allee 50
Info@linus-gmbh.de
D-53842 Troisdorf
www.linus-gmbh.de
Micro Powder System GmbH
T: +49 2241 397 198-0
D-53340 Meckenheim
T: +49 2225 99997-0
Die Dressler Group wurde im Jahr 2013 als Dachmarke für die Lohnmahlwerke Godding + Dressler GmbH, Linus GmbH und Micro Powder System
info@micropowder.de
www.micropowder.de
25.09.2013
The Grinding Authority – die Dressler Group
Meckenheim, 24. September 2013 : Zur Vorbereitung ihrer ehrgeizigen Expansionspläne haben sich die international anerkannten Lohnmahlwerke: Godding
+ Dressler GmbH, Linus GmbH sowie die Micro Powder System GmbH unter
der Dachmarke „Dressler Group“ zusammengeschlossen.
Die neu gegründete Gruppe verfolgt das Ziel, die hohe Verfahrenskompetenz
der drei Spezialdienstleister für Kaltmahlen, Mikronisieren und Cryo-Sprühen
klarer im Markt zu kommunizieren. Zudem sollen die Synergie- und Entwicklungsmöglichkeiten sowie der Ausbau der Qualitätsführerschaft vorangetrieben
werden. „Wir erwarten mit dieser Kooperation viele neue Ansatzpunkte, um
Kundenwünsche noch besser kanalisieren und in der Umsetzung perfektionieren zu können“, so Jan Dressler, Mitinhaber der im Familienbesitz befindlichen Unternehmen. Die Gruppe plant zudem den Ausbau der Werkskapazitäten sowie die Erweiterung des Service- und Dienstleistungsspektrums. Ganz
nach dem Motto: Dressler Group - the grinding authority.
Godding + Dressler GmbH, Heidestraße 3, D-53340 Meckenheim, T: +49 2225
9204-0, info@godding-dressler.de, www.godding-dressler.de
Linus GmbH, Werner-von-Siemens-Str. 3, D-53340 Meckenheim, T: +49 2225
99998-0, info@linus-gmbh.de, www.linus-gmbh.de
Micro Powder System GmbH, Werner-von-Siemens-Str. 1, D-53340 Meckenheim, T: +49 2225 99997-0, info@micropowder.de, www.micropowder.de
Product Overview
04.05
Subcontracting
Meckenheim bei Bonn. Die angegliederten Unternehmen haben sich auf unterschiedlichste Verfahrenstechniken für die Kunststoffmahlung und Pulverherstellung spezialisiert. Die innovationsgetriebenen Werke sind für ihre hohen Qualitätsstandards, insbesondere für ihre Produktionsanlagen unter Reinraumbedingungen international anerkannt und sind im Besitz der beiden Brüder Axel und
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suchsanlage vor OrtATEX- und BrandschutzkonzepteVerfahrenstechnische AuslegungDetailplanung…
Herding GmbH Filtertechnik
Address
Kundennutzen
August-Borsig-Str. 3
92224 Amberg
Germany
Sie haben einen kompetenten Ansprechpartner von der ersten Anfrage bis zur
maßgeschneiderten Lösung für Ihre Filtrationsaufgabe.
Besonderheiten
Phone
+49 9621 630-0
Fax
+49 9621 630-120
Internet address
www.herding.de
E-Mail
info@herding.de
Stand
Hall 12, B49 (Page 298)
Product Overview
Durch unsere eigene Entwicklungsarbeit (F&E) und die engen Kooperationen
mit Hochschulen und Instituten sowie unserer über 30-jährigen Erfahrung sind
wir in der Lage, auch anspruchsvolle Aufgaben im Bereich Filtertechnik zu lösen.
Herotron E-Beam Service GmbH
Guardianstr. 6-10
06766 Bitterfeld-Wolfen
Germany
Phone
+49 3494 6666-0
Fax
+49 3494 6666-118
Internet address
www.herotron.de
E-Mail
info@herotron.com
Stand
Hall 08b, E61-10 (Page 288)
02.05.020
Filters and parts
03.01.008
Compounding lines
03.08.004
Dust and fume extraction systems
04.06
Product Details
04.06
Address
Product Overview
Herding Engineering
04.05
Produktbeschreibung
Subcontracting
Mit unserem Engineering entwickeln wir die maßgeschneiderte Lösung für die
Filtrationsaufgabe, die sie uns stellen. Das Engineering für reine Produktivität
umfasst:
Beurteilung der StaubeigenschaftenBeurteilung der Stauberfassung vor Ort incl.
StrömungssimulationStaubversuche in unserem Technikum oder in einer Ver-
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Product Details
04.05
Subcontracting
Beta-Sterilisation von Medizinprodukten
Elektronenstrahlsterilisation von Medizinprodukten und
Pharmaverpackungen
Die Sterilisation von medizinischen Artikeln durch Elektronenbestrahlung ist eines der sichersten und effizientesten Verfahren, um jegliche Form mikrobiellen Lebens unwirksam zu machen.
der partiellen Vernetzung von Kunststoffen durch Abschirmung während der
Bestrahlung, wodurch sich in einem Werkstoff unterschiedliche Materialeigenschaften erzeugen lassen. der Depolymerisation, Degradation und Ketten
Aufspaltung im Bereich der Chemischen- bzw. RohstoffindustrieVersprödung
(Degradation) von Kunststoffen, z.B. für Sollbruchstellen Sonstige Anwendungen sind z.B.: Farbveränderungen bei Edelsteinen, Gläsern und pigmentierten
Kunststoffen. der Modifikation von Polymereigenschaften für Automotive-,
Elektrotechnik-, Bau- und Verpackungsanwendungen der Vernetzung von Formteilen
zur Steigerung der chemischen, mechanischen und thermischen Einsatzgrenzender Vernetzung nach der Formgebung (z.B. Spritzguss, Rotationsguss, Extrusion, u.a.)
Angewandt wird die Elektronenstrahl-Sterilisation z. B. bei:
Medizinprodukten, medizinischen Geräten und Implantaten Medikamenten und
Fertigspritzen Lebensmittel- und pharmazeutischen Verpackungen Laborgeräte
und Einwegverbrauchsmaterialien Reinigungsmaterialien für sterile Bereiche
(Wischtücher, Reinigungstextilien)
Die Strahlensterilisation bietet folgende Vorteile:
Behandlung der Produkte in der Umverpackung Durchgehende Sterilisation
des Produktes im Gegensatz zur Oberflächensterilisation bei chemischen Verfahren Kein Einsatz von toxischen Chemikalien (Ethylenoxid, Formaldehyd)
Keine Verwendung radioaktiver Isotope (Cobalt-60) Behandlung thermolabiler
oder gefrorener Produkte (minimalste Temperaturerhöhung) Zeitlich effizienteste Sterilisations-Methode (Sterilität in wenigen Sekunden gegenüber Stunden
oder Tagen bei anderen Verfahren)
Vernetzung von Kunststoffen
Elektronenstrahlung zur Kunststoffoptimierung
HOS-Technik Vertriebs-und Produktions-GmbH
Address
Obersteigerweg 4
9431 St. Stefan
Austria
Phone
+43 4352 52587
Fax
+43 4352 52588
Internet address
www.hos-tec.com
E-Mail
hos@hos-technik.at
Stand
Hall 05, F30-13 (Page 276)
Kunstsoffvernetzung, durch die Behandlung mit beschleunigten Elektronen, verursacht erhebliche Eigenschaftsverbesserungen im Ausgangsmaterial, Im Detail: die vorhandenen Molekülketten verbinden sich chemisch durch das Einbringen von Energie.
Diese Verbin-dung, auch Vernetzung, bedingt Änderungen der Eigenschaften
im entsprechenden Produkt. Durch die Behandlung mit Elektronenstrahlung
können preiswerte thermoplastische Kunst-stoffe die Eigenschaften von teuren
Hochleistungs-Kunststoffen erreichen. z.B. in der Automobilindustrie, Photovoltaik, Luftfahrt, Elektroindustrie… Die mechanischen, chemischen und thermischen Eigenschaften werden positiv beeinflusst.
Angewandt wird die Elektronenstrahlvernetzung z.B. bei:
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Product Overview
01.01.061
Polybenzimidazoles
01.01.062
Polybismaleimide
01.03.004
Thermoset
01.03.037
Polyimide resins
01.10.120
Crosslinking agents
01.13.008
Bismaleimide
01.13.029
Catalysts
04.05
Subcontracting
Product Details
04.05
We are able to perform micro-fine grinding as well, using a modern turbo-mill.
Cooling with nitrogen is possible during grinding if necessary.
Screening with a separator (fabricate SWECO, screen diameter 1200 mm) can
be carried out upon request.
Research and development work, as well as quality control, are carried out in
a well-equipped, modern laboratory. Our staff includes three highly-qualified
polymer chemists, who also work very closely with various universities.
ICIS
Address
Quadrant House, The Quadrant
SM2 5AS Sutton, Surrey
Phone
+44 208 6528377
Fax
+44 208 6528923
Internet address
www.icis.com
E-Mail
kirsty.fleck@rbi.co.uk
Stand
Hall 08a, C20 (Page 290)
Subcontracting
Contract Manufacture
To operate our equipment at full capacity, we offer our production facilities for
contract manufacturing in the chemical industry.
We can offer our customers three modern vacuum drying plants with paddletype dryers, each centred round a DRAIS-reactor (with capacities of 250, 5000
and 6000 litres respectively). Machine components coming into contact with the
product are made of material no. 1.4571. The double shells of the two reactors
can be heated with steam or hot water, and also cooled again with water from the
cooling tower if necessary. All reactors are equipped with knife�blade chopper
mills for chopping and de-agglomerating. Both plants can be evacuated to 10
mbar using a two-stage vacuum pump stand. A process control system monitors
the drying process. The material is emptied into Big-Bags or drums, however
20-50 kg bags could also be used.
For chemical contract synthesis our plant contains heated mixing tanks with a
capacity of 0.5 – 10 m³. At the customer’s request we can perform solid-liquid
separation using a pressure filter or a disc filter.
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ICIS
ICIS portfolio
can provide you with independent pricing information for all major plastics commodities. The price assessments in our weekly reports will help ensure you
have reliable prices for negotiations, and are used widely across the industry as
benchmarks.
As well as transactional prices and historical data, ICIS produces monthly forecast reports for plastics commodities giving details of prices, margins, capacity,
supply and demand for the next 12 months.
If you’re looking for a longer term view, our data and analytics services can
give you an in-depth insight into markets in order to help support your strategic
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planning.
Company News
10/01/2013
Product Overview
04.02.004
ICIS
Product Details
04.02.004
ICIS
ICIS
ICIS is the world’s largest petrochemical market information provider. Our aim
is to give companies in global commodities markets a competitive advantage
by delivering trusted pricing data, high-value news, analysis and independent
consulting. We have over 30 years experience of providing market intelligence
and consultancy to buyers, sellers and analysts.
Impact Solutions
Impact Solutions
Expert Witness Services
Based on a comprehensive understanding of polymers,
its experience of the plastics industry and expertise in failure analysis, Impact are able to provide Expert Witness
services to the legal and insurance industries.
Our technical team comprises of materials scientist’s,
chemists and processing engineers with analytical work
being undertaken in our UKAS accredited laboratory.
For more information visit us in Hall 12 Stand D35
10/01/2013
Oil & Gas Services
Impact Solutions has extensive experience in high
performing polymers and composites operating at the
temperatures, pressures and aggressive environments
often found down hole and in the distribution of oil & gas.
Some of Impact’s recent technical programmes include:
Address
16 Abbotsinch Road
Grangemouth
Phone
+44 1324 489-182
Fax
+44 1324 489-633
Internet address
www.impact-solutions.co.uk
10/01/2013
Hall 12, D35 (Page 298)
Staff are a company’s most valuable asset and having
a well trained and motivated workforce will always be
at the heart of a strong and successful company.
Condition assessment, lifetime assessment and failure analysis of Swage-lined
crude oil pipe. Material evaluation program looking at the reduction of stress
cracking of PVDF grades used in risers. Material selection for down hole cables
and lifetime cost : benefit summary. Condition assessment of PE100 coupons
in gas pipelines. Environmental resistance of material used in data cables.
For further information, visit our stand in Hall 12, Stand D35.
E-Mail
Stand
Training Solutions for the Petrochemical & Plastics
Intustry
Impact provides on-site specialist training courses to
meet the demands of the international petrochemicals
and plastics industry.
Recent examples are:
General technical and economic introduction to petrochemicals and plastics.
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Polyolefins manufacturing and product applications, including specialised pipe
programs. Operational excellence in petrochemical, polymer plants & laboratories. Team working, project management and leadership. Change management
, innovation management and problem solving.
10/01/2013
Recycling
Impact are technical experts for WRAP and Zero Waste Scotland and have
undertaken extensive research on post-consumer plastic, fibre composites and
plastic separation technologies. We also have extensive experience in adding
value to low cost plastics and incorporating recycled mineral fillers into polymer
systems.
10/01/2013
Operational Excellence & Organisational Development
Programs
Impact Solutions has extensive experience of Plant
Optimisation and Operational Excellence programs including statistical process control (SPC) and the use of
our own bespoke software PLANTHEALTH to monitor
performance and track variable costs .
Storage Tank Testing
Rotationally moulded PE tanks have become a common sight in many gardens and working areas throughout the rural regions of the UK and Ireland for storage of large quantities of heating fuel and chemicals.
Impact has tested almost 300 models to a range of
standards including BSEN13341:2005+A1:2011 OFTEC OFST100 BSEN13575:2012 AS/NZS 4766:2006
and has also undertaken an extensive study on tanks
that have failed in service. Impact’s experts have therefore developed a unique
understanding of the significant factors needed for ensuring tank longevitity.
Impact are UKAS accredited and a European notified body for the testing of
tanks, bunds and materials in accordance with EN13341, EN13575 and OFTEC
OFST100.
For more information visit us in Hall 12 Stand D35.
APC implementation requires good lower level control and a thorough understanding of the influence of
a broad range of process parameters upon key product attributes. Impact’s independent experts can identify suitable opportunities - for more information visit
our stand at Hall 12 Stand D35.
10/01/2013
In addition Impact delivers staff and customer training covering products, applications and key technology areas.
For more information visit us in Hall 12 Stand D35.
For further information visit us in Hall 12 Stand D35.
09/30/2013
tation support.
Lab Design
10/01/2013
Consumer Packaging Testing
Failure of containers when transporting dangerous chemicals and other hazardous liquids has serious implications
to people, property and/or the environment. Strict product
safety and quality standards are in place against which such
containers are tested to get UN approval.
Impact Solutions’ technical team have extensive experience of the design, construction and commissioning
of a wide range of analytical, physical, material processing and pilot plant laboratories.
Impact Solutions is accredited to carry out a comprehensive
range of UN Dangerous Good’s testing for liquids & solids
on plastic & metal drums & jerricans as well as composite
packaging & fibreboard boxes.
It undertakes a range of projects from design, layout,
equipment selection and provides a range of support
services such as optimisation using Impact’s own bespoke software LABHEALTH.
Impact is one of a handful of European test houses that can test with the full
range of model liquids and the customer‘s own products.
For further information visit us in Hall 12 Stand D35.
It also supports HSEQ audits and procedures as well as ISO 17025 implemen-
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10/01/2013
Experts in Pipes
tions expertise and Impact’s bespoke software—PlantHealth. Impact has successfully designed and delivered customised product improvement programmes
for clients around the globe, improving capabilities significantly. delivering $MM
improvements in very short time periods. Working with a major manufacturer of
polyolefin’s in KSA, over 3 years has seen savings in the range of $5-$10 million
per annum, with individual projects giving payback periods of under 1 year by:
Impact are accredited for ISO1167, ISO13479 & ISO9080
hydrostatic pressure testing of pipes and fittings. We
also offer a wide range of other services including CRing, FNCT, cohesive/de-cohesive resistance as well
as testing on electro-fusion & butt fusion joints to water
industry standards.
SPC Training: Making the language of SPC become part of company culture
allows improvements to be tracked and future programs developed.
Impact offers an extensive range of technical services designed to serve the
needs of the pipe producer, installer, utility and main contractor i.e. the complete
supply chain, which include:
Joint testing & failure analysis On-site technical support & training Other pipe
testing Innovation e.g. Non destructive testing for use on electrofusion joints
For further information visit us in Hall 12 Stand D35
Product Overview
Impact Solutions
Cp and Cpk values of under 1.0 are commonplace and Impact typically raises
them to well above 1.0 across our customers grade slate without the use of APC.
Using APC we have delivered values of 1.5 which compares well with the top
quartile performers in the Industry.
QC Laboratories: Delivering capability improvements and therefore confidence
through training, process improvements, measuring capacity and supporting the
implementation of ISO 17025.
The QC lab must deliver reliable results consistently in order for the plant to
produce the best quality products cost effectively.
Supporting APC implementation: This requires good lower level control and a
thorough understanding of the influence of a broad range of process parameters
upon key product attributes. Impact’s independent experts can identify suitable
opportunities, the best APC partner and project manage the implementation to
ensure delivery of the full value in the shortest period of time.
02.05.067
Tanks
02.05.075.02
Other fibre-reinforced plastic parts
04.01
Specific projects including:
04.06
Cracker yield optimisation Polyolefin catalyst choice and optimisation Polyolefin
product development (R&D, TS&D) QC/QA Performance Improvement (polymers, refining, olefins) Customised Training Programmes
Product Details
04.01
Impact Solutions
To learn more about how Impact Solutions can support you , please contact
Kevin Ross on +44 (0) 1324 489182 or kevin.ross@impact-solutions.co.uk.
04.06
Operational Excellence in Polyolefin Petrochemical
plants
Hydrostatic Pressure Pipe Testing
Impact has extensive hands-on experience of most of
the world-leading polyethylene and polypropylene manufacturing technologies and is highly qualified to lead
Operational Excellence programs.
Impact Solution’s accredited laboratories have been
pressure testing plastic pipes to ISO 1167 and ISO
13479 since 1984 , and have provided these services
independently under the Impact banner since 2002.
Impact can audit and benchmark the quality and consistency of your products
using proven Statistical Process Control techniques, coupled to strong opera-
Over this c30 year period, Impact has served a broad
portfolio of customers in the pipe sector covering the full
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supply chain from resin manufacturers (Ineos, Borealis,
Dow, et al), through pipe manufacturers (GPS, Uponor, Durapipe, Micropol, et
al) to asset owners and users in a wide range of applications including gas,
water, sewage and oil & gas.
Impact has developed extensive product quality experience with all plastic pipe
systems including HDPE, PP, PVC, ABS and more recently PVDF, Nylon and
PEEK.
Impact has also added the ISO 9080 pipe classification scheme to our scope
of accreditation and can offer a comprehensive assessment package for pipe
compounds including rapid evaluation tools for long term material performance
such as the notched pipe test (ISO 13479) and the full notched creep test (ISO
16770).
Not only does this service package come with the reliability and quality guarantees of the UKAS accreditation scheme, but Impact can also tailor the content
to specific needs and deliver a bespoke service very cost effectively.
Impact prides itself in our high standards of customer service, which include
strong communication, regular testing updates (monthly or more frequent as required), and a pro-active stance to issues that may arise. Our record of customer
feedback is
second to none.
Our involvement in resin/compound development over the past 30 years has enabled us to advise technically on resin design and formulation. Impact has been
successful in directing such efforts for several emerging resin suppliers. Impact’s extensive database has also been used to provide customers with global
benchmarks for their products.
Whether you are a resin producer, compounder, manufacturer, user or specifier
of pipe, Impact can help you provide solutions to your challenges and problems.
To learn more about how Impact Solutions can help you with your pressure
pipe accreditation, please contact Gregg Falconer on +44 (0) 1324 489182 or
gregg.falconer@impact-solutions.co.uk.
Impact’s Expertise in Pipes
Joint testing & failure analysis
Impact is set up to carry out testing on electrofusion & butt fusion joints to water
industry standard WIS 4-32-08 and regularly carries out these tests as part of
site quality checks on pipeline installations.
Impact is often used as an independent expert in pipeline systems to determine
quality of fittings/materials and installation practices to determine the cause of
failure in the event of a dispute.
On-site technical support & training
Impact is able to provide a range of technical support on projects including training and project verification. Impact operates worldwide where high quality, safe
installations are required. Often, the scope includes auditing and support across
the whole supply chain from resin selections, pipe/fitment manufacture, testing,
installation and quality assurance to best relevant standards in the region concerned.
Other Pipe Testing, including:
C-Ring testing of PVC and PE/PP including very large diameter pipes FNCT in a
variety of chemical/ detergent/ temperature environments Cohesive/de-cohesive
resistance and peel testing Integrity of structure testing Absorption/permeation
and chemical compatibility Cement coupon testing including AC Composite
pipes including carbon fibre reinforced systems Multi layer pipes operating up to
3,000 Bar Hydrostatic pressure testing of pipes and fittings including ISO 9080
Performance benchmarking of resins and compounds Bespoke testing design
and results analysis as required by clients
To learn more about how Impact Solutions can help you, please contact Gregg
Falconer on +44 (0) 1324 489182 or gregg.falconer@impact-solutions.co.uk.
Operational Excellence in Polyolefin Petrochemical
plants
Impact has extensive hands-on experience of most of
the world-leading polyethylene and polypropylene manufacturing technologies and is highly qualified to lead
Operational Excellence programs.
Impact’s staff have been testing pipes and joints since
the early 80’s when, as part of BP Chemicals, they were
part of the original team that developed some of the first
PE80’s in the UK. Since then Impact has always been
at the forefront of pipe design and testing across a wide
range of materials including PE, PP, XLPE, Nylons, PVDF and PEEK .
Impact offers an extensive range of technical services designed to serve the
needs of the pipe producer, installer, utility and main contractor i.e. the complete
supply chain, which include:
using proven Statistical Process Control techniques, coupled to strong opera-
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tions expertise and Impact’s bespoke software—PlantHealth. Impact has successfully designed and delivered customised product improvement programmes
Impact has extensive hands-on experience of most of the world-leading polyethylene and polypropylene manufacturing technologies and is highly qualified to
lead Operational Excellence programs.
using proven Statistical Process Control techniques, coupled to strong operations expertise and Impact’s bespoke software—PlantHealth. Impact has successfully designed and delivered customised product improvement programmes
Cracker yield optimisation Polyolefin catalyst choice and optimisation Polyolefin
product development (R&D, TS&D) QC/QA Performance Improvement (polymers, refining, olefins) Customised Training Programmes
Polymers for use in Oil & Gas
Polymers used in the oil & gas industry experience
some of the toughest conditions on the planet and must
be fit for purpose to ensure 100% integrity throughout
the products lifetime as the cost of failure is so damaging both financially and
environmentally.
Impact has over 30 years experience in the plastics industry, from high performance engineering polymers to standard, commodity polymers.
With extensive experience of products for use in:
Down Hole applications Flexible risers & Umbilical’s Pipe liners & liquid/gas pipe
systems Complex multi layer pipeline systems Cables for use in aggressive environment
SPC Training
Some of Impact’s recent technical programmes include:
Making the language of SPC become part of company culture allows improvements to be tracked and future programs developed.
Condition assessment, lifetime assessment and failure analysis of Swage-lined
crude oil pipe. Material evaluation program looking at the reduction of stress
cracking of PVDF grades used in risers. Material selection for down hole cables
and lifetime cost : benefit summary. Condition assessment of PE100 coupons
in gas pipelines. Environmental resistance of material used in data cables.
Cp and Cpk values of under 1.0 are commonplace and Impact typically raises
them to well above 1.0 across our customers grade slate without the use of APC.
Using APC we have delivered values of 1.5 which compares well with the top
quartile performers in the Industry.
QC Laboratories
Delivering capability improvements and therefore confidence through training,
process improvements, measuring capacity and supporting the implementation
of ISO 17025.
The QC lab must deliver reliable results consistently in order for the plant to
produce the best quality products cost effectively.
Supporting APC implementation
This requires good lower level control and a thorough understanding of the influence of a broad range of process parameters upon key product attributes.
Impact’s independent experts can identify suitable opportunities, the best APC
partner and project manage the implementation to ensure delivery of the full
value in the shortest period of time.
Specific projects including:
103
Impact’s laboratory is accredited to ISO 17025 by the United Kingdom Accreditation Service (UKAS) for the testing and quality assurance of pipe, packaging,
containers and polymers.
To learn more about how Impact Solutions can help you with polymers for use
in the oil & gas industry, please contact Kevin Ross on +44 (0) 1324 489182 or
kevin.ross@impact-solutions.co.uk.
Training Solutions for the Petrochemical and Plastics Indust
Staff are a company’s most valuable asset and having
a well trained and motivated workforce will always be at
the heart of a strong and successful company. Ensuring
products are of the highest quality and at the lowest cost
and supplying them with the best service is the Impact
focus on “the basics.”
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For over 5 years, Impact has provided on-site specialist training courses to meet
the basic demands of the international petrochemicals and plastics industry to
many of the biggest names in the industry.
In addition to specialised courses in plastic applications, including plastics pipes
where Impact is a recognised leader in the field, courses can be designed to
meet client or supply chain needs.
As a member of iesta, Impact can draw on the experience and expertise of a wide
range of training organisations to deliver accredited training to the Petrochemical
industry.
Quality Management
Strategic:
Polymer Markets
Polymer Production Technologies
Economic Drivers in Polymers
Applications & Markets
Recycling and waste management
Product development and introduction
Course topics include:
Change management
Productivity:
Facilitation
Basic SPC
learn more about how Impact Solutions can help you training needs, please contact Kevin Ross on +44 (0) 1324 489182 or kevin.ross@impact-solutions.co.uk.
SPC 2
APC
UN Consumer Packaging Testing
Control Systems
Failure of containers when transporting dangerous chemicals and other hazardous liquids has serious implications
to people, property and/or the environment. Strict product
safety and quality standards are in place against which such
containers are tested to get UN approval. Impact is accredited to carry out a comprehensive range of UN Dangerous
Good’s testing for liquids & solids on plastic & metal drums
& jerricans as well as composite packaging & fibreboard
boxes. Impact is one of a handful of European test houses and the only one in
the UK that can test with the full range of model liquids and the customer‘s own
products.
Leadership
Team Building
Problem Solving
Project Management
Data mining
Plant Diagnostics
Technical & Innovation:
Catalysis and Polymerisation
Molecular Structure
Since 2002, Impact has tested 1,000 batches of containers from across the globe
to be used for transportation of chemicals or other hazardous materials. These
tests are the final approval that the container is safe to use. Surprisingly, Impact’s
results have shown that around 25% of these “final” tests have produced failures,
requiring new product commercialisation to be stopped whilst the container is
redesigned or reconfigured. Such unplanned failures delay product launches
with the associated losses in sales revenue, whilst generating additional costs
in redesign, prototype manufacture and re-testing. Impact’s testing capabilities
and support is therefore very cost effective versus cost of failures, particularly if
the Brand value is threatened .
Crystal Structure
Rheology
Physical and Mechanical Properties
Film Testing
Pipe Testing
Container Testing
Extrusion
Although UN testing of containers is stringent, it is possible to design and make
products that pass every time. Impact’s experience has shown that failure to
Welding and Installation of Pipes
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meet the test standards can arise from a variety of reasons, most commonly:
Company News
Unsuitable resin selection Design flaws Poor manufacturing control Unsuitable
or poor closures Changes in paper supply for Fibreboard
09/27/2013
Impact can advise and support customers at all stages of new product development and give quick and effective feedback on all testing work in order to
maximise the value of the information gained.
INCLUDIS Automation Systems Inc.
MES provider
Impact can be regarded as your long term specialist provider in UN packaging
testing and can provide all the advice and support required to meet the regulatory
standards and then remain fully compliant thereafter. Its all part of our dedicated
service to the packaging sector.
INCLUDIS with its headquarter in Berlin, Germany and its subsidiary in Akron, USA has developed and distributed highly automated Manufacturing Execution systems (MES) since the
year 2000. Relevant machine data and facilities are visualized, evaluated and integrated into IT system enviroments.
INCLUDIS has positioned itself as a flexible, innovative and
international provider of webbased real time production monitoring systems. INCLUDIS has customers in the whole world
and builds on 25 years of automation experience gained from projects in Europe,
USA and Asia.
To learn more about how Impact Solutions can help you with your UN package
testing, please contact Gregg Falconer on +44 (0) 1324 489182 or gregg.falconer@impactsolutions.co.uk.
Product Overview
Impact is trusted to protect the brand of some of the worlds largest companies
in consumer goods and chemical and related industries. In this way, the brand
names are protected from highly costly and embarrassing product failures .
Address
03.07.001.03
Software
04.01
Rosenstr. 2
10178 Berlin
Germany
Product Details
Phone
+49 30 2008969-0
INCLUDIS – Real-time production and Process Monitoring
Fax
+49 30 2008969-22
Internet address
www.includis.com
E-Mail
mail@includis.com
Stand
Hall 12, A22 (Page 298)
04.01
INCLUDIS is the leading technology worldwide of web
based Manufacturing
Execution Systems (MES) for real-time production and
process information.
INCLUDIS Factory:
schedules your production graphically with drag & drop
monitors machine performance (24/7)
sends Email/SMS alerts in case of deviations
reduces setup time and optimize material supply
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views machines, labor, material and energy to identify losses
contact person, phone, fax, email
tracks scrap, downtime and machine utilization
company profile
obtains reliable efficiency indicators (O.E.E.)
BK – Kunststoffe Bernau GmbH
The modules Production Scheduler, webbased Real-Time Production Monitoring
Wandlitzer Chaussee 54
and statistical Process Control are helping you to receive the best overview of
your production and to cut costs.
D – 16321 Bernau
www.bernauer-kunststoffe.de
Mr. Grünberg
Manager
Phone +49 3338 393750
Industrie- und Handelskammer (IHK) Potsdam
Address
Fax +49 3338 393718
Breite Str. 2 A-C
14467 Potsdam
Germany
c.gruenberg@bernauer-kunststoffe.de
- Laminate manufacturing history in Bernau that goes back
several decades
Phone
+49 331 2786251
Fax
+49 331 2786190
Internet address
www.potsdam.ihk24.de
E-Mail
jens.ullmann@potsdam.ihk.de
Stand
Hall 08b, E61-1 (Page 288)
- Solutions for thermosetting insolation materials in the fields
of substrate materials and resin systems since 1994
- Ideal provider for technical composites due to our material
and application expertise
- DIN ISO 9001 : 2008 Certification since more than 12
years
- International Presence, regional Engagement
foxiflex GmbH & Co.KG
Rietzer Berg 11
Company News
10/14/2013
„Plastics made in Berlin-Brandenburg” at the world’s
largest International Trade Fair for Plastics and Rubber
in Düsseldorf
D-14797 Kloster Lehnin, OT Rietz
www.foxiflex.com
Ms Hiltrud Mütherich
Phone: +49 3381 21121-14
Plastics by tradition and future –
Fax: +49 3381 21121-40
Made in Berlin-Brandenburg
muetherich@foxiflex.com
Hall 8B, Stand E 61
foxiflex – the hose specialist
company, address, website
production of highly abrasion resistant hoses for transport of plastic granuleshigh
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temperature hoses up to +1.100°C for dryersspecial gas hose for extrusion profilesspecial hoses for transport of glass fibre and PET granulesfrom dia 10 mm
up to 1.000 mmmore than 3.000 products on stocksales network worldwide
Fraunhofer Research Institution for Polymeric Materials and Composites PYCO
Kantstrasse 55
Fax +49 3494 6666-118
info@herotron.com
Reliable partner for Gemstone Color Enhancement, Crosslinking of Plastic, Curing of Composite Materials, Semiconductor Enhancements and Bio-reduction.
Herotron operates two electron accelerators (10 MEV and 20 MEV), a one-of-akind sorting machine and a Hi-Res Gamma Spectrometer.
D-14513 Teltow
www.pyco.fraunhofer.de
Torsten Lerz
Besides color enhancement of gemstones Herotron’s capabilities also include
other industrial applications such as:
Phone: +49 3328 330-284
- polymer modification, like cross linking or degradation
Fax: +49 3328 330-282
- enhancement of semiconductors and gemstones
info@pyco.fraunhofer.de
- radiation curing of high performance polymer compound
At Fraunhofer PYCO a team of scientists is developing highly crosslinked polymers (thermosets) for all applications with particular reference to aviation, as
well as to opto- and microelectronics.
materials
Fraunhofer PYCO is developing polymer systems along the whole supply chain,
beginning with monomers up to the finished part.
hesco Kunststoffverarbeitung GmbH
packing material
Im Biotechnologiepark
Research topics:
D-14943 Luckenwalde
- Prepreg resins, prepregs, laminates, sandwiches
www.hesco.de
- Adhesives (repairable, flame-retardant, debondable)
Klaus Reiche
- Infusion resins, FRPs out of carbon, glass and natural fibers
Dr. Felix Reiche
- E-Beam curable resins, prepregs, laminates
Phone +49 3371 4058 0
- Foams (acoustic, noise damping, flame-retardant, hard and
Fax +49 3371 4058 130
soft, lightweight)
hesco@hesco.de
- New core materials, e.g. nap core
- Development, design and production of thermoplastics
- Bistable displays for logistics
- Assembly production, refining and finishing
IHK Potsdam
Guardianstrasse 6 - 10
Breite Str. 2 a-c
D- 06766 Bitterfeld-Wolfen
D-14467 Potsdam
OT Thalheim
www.herotron.de
Jens Ullmann
Yves Kaufhold
Phone +49 331 2786-251
Phone +49 3494 6666-0
- bioreduction and sterilization of medical devices and
111
112
www.k-online.de
www.k-online.de
Fax +49 331 2786-190
The International department of the Chamber of Commerce and Industry Potsdam is offering foreign trade support, commercial contacts, country information,
fairs and exhibitions, foreign trade services, origin reports, Carnet A.T.A., certificates
Since 1923 Firma Knabe + Co. stands for quality in the die-cutting industry for
all types of plastic and other materials. We offer high-quality die-cutting tools,
as well as the service of die-cutting and waterjet-cutting. Most important to us
is having customers that are content with our service, quality, price and delivery
times. If you are looking for a professional partner for your products, your quest
has come to an end.
Innovative Kunststoffveredelungs GmbH
Kunststoff-Verbund Brandenburg Berlin
GRISUTEN – Str. 13
Schipkauerstr.1
D-14727 Premnitz
D-01987 Schwarzheide
www.ikv-kunststoffe.de
www.kuvbb.de
Petra Baumann
Dr. Hubert Lerche
Phone +49 3386 243193
Phone +49 355 2891 3091
Fax +49 3386 243188
Fax +49 355 2891 3099
pbaumann@pet-innovation.de
info@kuvbb.de
We are manufacturers of black master-batches based on PET and PBT carriers
in different commercial qualities. Our core product range is offering first grade
materials which are above all suited for fine denier / dtex types of polyester fibres
and for mono- and multi-filaments. We are also producing high quality standard
types for less demanding applications.
Networking organisation of plastic producers, processors of plastic and universities and institutes in the plastic area
Knabe + Co. GmbH & Co. KG
D-14712 Rathenow
Lessingstraße 79 – Gebäude C 5
http://www.askania.de
D-13158 Berlin-Wilhelmsruh
Mr. Ralf-Peter Lautenschläger
www.knabe-co.de
Phone +49 3385 5371 0
Dipl.-Kfm. Michael Krüger
Fax +49 3385 5371 22
Manager
info@askania.de
Phone +49 30 45607211
Optics insight.
Fax +49 30 4564079
Precision from Rathenow.
michael.krueger@knabe-co.de
The company Mikroskop Technik Rathenow GmbH is your partner at questions
in the field of quality insurance as a manufacturer of modern epi-, stereo- and
laboratory microscopes and their accessories.
Petra Fleischauer
Executive-Assistant
Grünauer Fenn 40
The modular design of the microscopes, a wide range of microscopic illuminations (LED, halogen, cold light devices or ringlight illuminators), camera adaptations (photo or tv), different variants of bases and stages and measuring software
programs are characteristic for our product range.
Phone +49 30 45607211
Fax +49 30 4564079
petra.fleischauer@knabe-co.de
Mikroskop Technik Rathenow GmbH
113
114
www.k-online.de
www.k-online.de
Customized and at project based special solutions are also part of the product
range of the Mikroskop Technik Rathenow GmbH, as well also the maintenance
and service of microscopes.
We are authorized Zeiss partner and in this we can offer the consultant, sales
and repair service for newer and older Zeiss microscopes.
The high quality is the result of the long- time affiliation with the state combine
VEB Carl Zeiss Jena and will be documented by the current ISO 9001:2008
certification.
Motzener Kunststoff- und Gummiverarbeitung GmbH
Berit Krüger
Phone +49 30 3474764-133
Fax +49 30 3474764-999
info@projektron.de
Project management software Projektron BCS
- Planning
- Analysis
- Controlling
Mittenwalder Str. 79
- Reporting
D-15749 Mittenwalde
- Time recording
www.kunststoff-gummi.de
- Documentation
www.plastics-rubber.de
- Resource management
Thomas König
RELUX Kunststofftechnik
Phone +49 33769 89435
GmbH & Co. KG
Fax +49 33769 61921
Sülzborn 4
koenig@kunststoff-gummi.de
D-39128 Magdeburg
The Motzener Kunststoff- und Gummiverarbeitung GmbH is well known for high
quality, technical injection molded parts and assembly groups manufactured out
of thermoplastic materials and elastomers. Especially the production of injected
O-Rings up to a diameter of 1.500 mm and multi-component parts (plastic and
rubber) are two of our major core competencies.
Today we process:
all reinforced and non-charged thermoplastics, different types of thermoelastics,
all important elastomers as NBR, SBR, EPDM, FPM, Silicon and HNBR.
Today we are equipped with:
www.relux-kunststoffe.de
Norbert Koch
Phone +49 391 662775-0
Fax +49 391 662775-25
info@relux-umwelt.de
Relux is producer of recycled plastics made of HDPE, LDPE and PP. Repro
pellets, regrind and agglomerates for applications like extrusion und injection
moulding.
CAD/CAM work stations, tool shop with latest CNC equipment, department for
parts finishing for additional inspection and assembly steps.
RoweMed AG – Medical 4 Life
We are successful certified according to ISO/TS 16949:2009, DIN EN ISO
9001:2008 and EMAS III, DIN EN ISO 14001:2009.
D-19370 Parchim
Juri-Gagarin-Ring 4
Projektron GmbH
www.rowemed.de
Charlottenstr. 68
Nadia Einnolf
D-10117 Berlin
Business Development Manager
www.projektron.de
Phone +49 3871 451 287
115
116
www.k-online.de
www.k-online.de
Fax +49 3871 451 282
Fax +49 3561 68 577 11
nadia.einnolf@rowemed.de
E-Mail: info@technamation.com
RoweMed AG is an innovative company specialized in developing and manufacturing medical devices, especially in the field of liquid management for special
hospital departments like intensive care, neonatology, radiology and ambulatory
departments.
Production and manufacture of Wood / Cellulose Plastic Composites (WPC /
CPC) plus production of extrusion and injection molding products made out of
these materials.
Schweriner Kunststoffkompetenz-zentrum im saz
Development of techniques and machines for the production of WPC / CPC –
goods.
Ziegeleiweg 7
Vakuplastic Kunststoff GmbH &Co. KG
D-19057 Schwerin
Rudower Straße 68b
www.sazev.de
D-12529 Schönefeld
Gerd Poloski
Oliver Schwarz
Phone +49 385 4802-11
Phone +49 3379 2031-31
Fax +49 385 4802-15
Fax +49 3379 2031-39
info@sazev.de
info@Vakuplastic.de
The Plastics Competence Centre (skk) in Schwerin supports the Education and
Profession qualifying Centre in Schwerin and companies from plastics, electronic and metal technology in terms of professional qualification, human resources and transfer of technology.
- Injection moulding of plastics
Hearts of the professional qualification are offers of applied education in plastics, electronics and metal technology starting at re-education and finishing at
career qualification (Meister [Foreman]) of IHK (German Chamber of Industry
and Commerce).
- Slide-restraining tootsies
The skk (Plastics Competence Centre in Schwerin) offers customised products
in education of plastics at modern machines. The range of education spreads
from laminating to injection moulding and even the whole process from construction via machine operation till handling and quality management.
Technamation Technical Europe GmbH
- Connection elements
- Technical parts of plastic
xTribo GmbH
Sekr. C8-4, Geb. M
Straße des 17. Juni 135
D-10623 Berlin
www.xtribo.de
Kathrin Müller
Forster Straße 65
Phone +49 30 314 21479
D – 03172 Guben
Fax +49 30 314 21113
www.technamation.com
kathrin.mueller@xtribo.de
Patricia Idilbi
xTribo has spezialized for innovative tribology engineer performances and
gauges in the field of friction. The basis is the „Method of Dimensionreduction“.
Managing Director
Phone +49 3561 68 577 0
The original 3D system is replaced by the contact with an elastic or viscoelastic
bedding and thus converted into a 1D system. Through the method is it possible
Mobil: +49 170 2057 026
- Suction siphon
117
118
www.k-online.de
www.k-online.de
fast contact calculation without measuring.
As further innovation we offer the RheoQuick k500. It measures the rheology
qualities fast and reliably. It can be also used as a incomming goods controlling
devices.
ZukunftsAgentur Brandenburg GmbH
materialsSpecialty chemicals
10/14/2013
in Düsseldorf
Cluster Plastics and Chemistry
Potsdam/Düsseldorf, 15. October 2013 - The German
Capital Region with 30 exhibitors (18 Brandenburg,
12 Berlin) marks a participation record at the world’s
largest International Trade Fair for Plastics and Rubber “K 2013”. For the third
consecutive time the German Capital Region Berlin-Brandenburg will participate
with its own pavilion at the Trade Fair “K 2013” taking place in Düsseldorf from
October 16th – 23rd 2013. Following the motto “Plastics by tradition and future
– Made in Berlin-Brandenburg” 21 exhibitors from Berlin-Brandenburg will be
present at the collective pavilion organized by the Potsdam Chamber of Commerce and Industry (IHK Potsdam) in hall 8b stand E 61. Altogether it is a record
breaking participation of 30 exhibitors from the German Capital Region BerlinBrandenburg.
Steinstraße 104 - 106
D-14480 Potsdam
www.kunststoffe-chemie-brandenburg.de
www.brandenburg-invest.com
Kerstin Dohrmann
Cluster Manager Plastics and Chemistry
Industry
Phone +49 331 660 3290
Fax +49 331 660 3222
kerstin.dohrmann@zab-brandenburg.de
ZAB is the Brandenburg economic development board and helps with all questions of industrial settlement, innovation, and technology-orientated start-ups. It
is active in the management of the German capital region’s strong growth clusters.
The Plastics and Chemistry cluster closely connects businesses, research facilities, networks, employers and employees and key players from politics and
administrators.
- roughly 400 companies with 11.600 employees
- unique density of R&D institutions
Brandenburg has developed into a major hub for the European chemistry and
synthetics industries. With around 400 companies, 11,600 employees and a
turnover of more than €3 billion in the 2011 fiscal year, this cluster is a solid pillar
of the region’s industrial landscape and belongs to one of the ten most important
growth and export sectors. The cluster management is run by the ZukunftsAgentur Brandenburg (ZAB). Hardly any other economic sector in Brandenburg enjoys such close ties with other industries. The range of products stretches from
high-quality car paint that is used all over the world to innovative machine parts
and system components for the aerospace industry.
- foster and support by strong regional and European
Networks
- identification of potential for innovation and growth
- knowledge and technology transfer
- recruitment and development of a skilled workforce
- Interlinking and internationalisation of the players
Specific issues of the Cluster
Additional information “K”
- Biopolymeres Lightweight construction and composite
The following exhibitors are participating for the first time at the Berlin-Brandenburg
Pavilion: foxiflex GmbH & Co. KG, Kloster Lehnin (flexible recoil hoses to
feed plastic granulate and fiberglass reinforced plastics), Fraunhofer-PYCO, Teltow (development of polymers and composites; actual focal point at “K 2013”:
new nano materials), Mikroskoptechnik Rathenow GmbH (high-precision optical measurement and testing equipment), Märkische Faser GmbH, Premnitz (polyester and polyester fibres), Projektron GmbH, Berlin (software solutions for the plastics and rubber industry), Technamation Technical Europe
GmbH, Guben (bio polymers NATUREGRAN, composite EXTRUFIB) as well as
the Technische Universität Berlin/Technical University Berlin (Mobile ExpressRheometer: new mobile measurement method for plastics material characteristics).
119
120
www.k-online.de
www.k-online.de
The International Trade Fair for Plastics and Rubber “K” is taking place every
third year in Düsseldorf. With more than 3,100 exhibitors from 56 countries
the show is providing a comprehensive overview on machines and equipment,
materials and ready-made products from plastics and rubber. The organizer
Messe Düsseldorf is expecting more than 220,000 visitors from all over the world
this year.
Address
Breite Str. 2 A-C
14467 Potsdam
Germany
Phone
+49 331 2786251
Fax
+49 331 2786190
Internet address
E-Mail
Stand
Hall 08b, E61-7 (Page 288)
Contact:
Jens Ullmann, Director International Trade, IHK Potsdam, mobile: +49 (0) 176
12786251,
E-Mail: jens.ullmann@potsdam.ihk.de
Product Overview
02.03.002
02.03.010
02.03.012
04.03
Trade associations
Company News
10/14/2013
Product Details
04.03
Trade associations
Business services (Business contacts)
Business contacts, suppliers, subcontracting directory,
import, export and cooperation services, economic development
in Düsseldorf
Potsdam/Düsseldorf, 15. October 2013 - The German
Capital Region with 30 exhibitors (18 Brandenburg,
12 Berlin) marks a participation record at the world’s
largest International Trade Fair for Plastics and Rubber “K 2013”. For the third
consecutive time the German Capital Region Berlin-Brandenburg will participate
with its own pavilion at the Trade Fair “K 2013” taking place in Düsseldorf from
October 16th – 23rd 2013. Following the motto “Plastics by tradition and future
– Made in Berlin-Brandenburg” 21 exhibitors from Berlin-Brandenburg will be
present at the collective pavilion organized by the Potsdam Chamber of Commerce and Industry (IHK Potsdam) in hall 8b stand E 61. Altogether it is a record
breaking participation of 30 exhibitors from the German Capital Region BerlinBrandenburg.
The following exhibitors are participating for the first time at the Berlin-Brandenburg
Pavilion: foxiflex GmbH & Co. KG, Kloster Lehnin (flexible recoil hoses to
feed plastic granulate and fiberglass reinforced plastics), Fraunhofer-PYCO, Teltow (development of polymers and composites; actual focal point at “K 2013”:
121
122
www.k-online.de
www.k-online.de
new nano materials), Mikroskoptechnik Rathenow GmbH (high-precision optical measurement and testing equipment), Märkische Faser GmbH, Premnitz (polyester and polyester fibres), Projektron GmbH, Berlin (software solutions for the plastics and rubber industry), Technamation Technical Europe
GmbH, Guben (bio polymers NATUREGRAN, composite EXTRUFIB) as well as
the Technische Universität Berlin/Technical University Berlin (Mobile ExpressRheometer: new mobile measurement method for plastics material characteristics).
Brandenburg has developed into a major hub for the European chemistry and
synthetics industries. With around 400 companies, 11,600 employees and a
turnover of more than €3 billion in the 2011 fiscal year, this cluster is a solid pillar
of the region’s industrial landscape and belongs to one of the ten most important
growth and export sectors. The cluster management is run by the ZukunftsAgentur Brandenburg (ZAB). Hardly any other economic sector in Brandenburg enjoys such close ties with other industries. The range of products stretches from
high-quality car paint that is used all over the world to innovative machine parts
and system components for the aerospace industry.
D – 16321 Bernau
www.bernauer-kunststoffe.de
Mr. Grünberg
Manager
Phone +49 3338 393750
Fax +49 3338 393718
c.gruenberg@bernauer-kunststoffe.de
- Laminate manufacturing history in Bernau that goes
back several decades
- Solutions for thermosetting insolation materials in the
fields of substrate materials and resin systems
since 1994
Additional information “K”
- Ideal provider for technical composites due to our
The International Trade Fair for Plastics and Rubber “K” is taking place every
third year in Düsseldorf. With more than 3,100 exhibitors from 56 countries
the show is providing a comprehensive overview on machines and equipment,
materials and ready-made products from plastics and rubber. The organizer
Messe Düsseldorf is expecting more than 220,000 visitors from all over the world
this year.
material and application expertise
Contact:
Rietzer Berg 11
Jens Ullmann, Director International Trade, IHK Potsdam, mobile: +49 (0) 176
12786251,
D-14797 Kloster Lehnin, OT Rietz
E-Mail: jens.ullmann@potsdam.ihk.de
10/14/2013
- DIN ISO 9001 : 2008 Certification since more than
12 years
- International Presence, regional Engagement
foxiflex GmbH & Co.KG
www.foxiflex.com
Ms Hiltrud Mütherich
in Düsseldorf
Phone: +49 3381 21121-14
Fax: +49 3381 21121-40
muetherich@foxiflex.com
Plastics by tradition and future – Made in Berlin-Brandenburg
Hall 8B, Stand E 61
foxiflex – the hose specialist
company, address, website contact person, phone,
fax, email company profile
transport of plastic granules
- production of highly abrasion resistant hoses for
- high temperature hoses up to +1.100°C for dryers
BK – Kunststoffe Bernau GmbH
- special gas hose for extrusion profiles
Wandlitzer Chaussee 54
123
124
www.k-online.de
www.k-online.de
- special hoses for transport of glass fibre and PET
www.herotron.de
granules
Yves Kaufhold
- from dia 10 mm up to 1.000 mm
Phone +49 3494 6666-0
- more than 3.000 products on stock
Fax +49 3494 6666-118
- sales network worldwide
info@herotron.com
Fraunhofer Research Institution for Polymeric Materials and Composites
Reliable partner for Gemstone Color Enhancement, Crosslinking of Plastic, Curing of Composite Materials, Semiconductor Enhancements and Bio-reduction.
PYCO Kantstrasse 55
Herotron operates two electron accelerators (10 MEV and 20 MEV), a one-of-akind sorting machine and a Hi-Res Gamma Spectrometer.
D-14513 Teltow
www.pyco.fraunhofer.de
Torsten Lerz
Besides color enhancement of gemstones Herotron’s capabilities also include
other industrial applications such as:
Phone: +49 3328 330-284
- polymer modification, like cross linking or degradation
Fax: +49 3328 330-282
- enhancement of semiconductors and gemstones
info@pyco.fraunhofer.de
- radiation curing of high performance polymer
At Fraunhofer PYCO a team of scientists is developing highly crosslinked polymers (thermosets) for all applications with particular reference to aviation, as
well as to opto- and microelectronics.
compound materials
Fraunhofer PYCO is developing polymer systems along the whole supply chain,
beginning with monomers up to the finished part.
packing material
Research topics:
Im Biotechnologiepark
- Prepreg resins, prepregs, laminates, sandwiches
D-14943 Luckenwalde
- Adhesives (repairable, flame-retardant, debondable)
www.hesco.de
- Infusion resins, FRPs out of carbon, glass and natural
Klaus Reiche
fibers
Dr. Felix Reiche
- E-Beam curable resins, prepregs, laminates
Phone +49 3371 4058 0
- Foams (acoustic, noise damping, flame-retardant,
Fax +49 3371 4058 130
hard and soft, lightweight)
hesco@hesco.de
- New core materials, e.g. nap core
- Development, design and production of
- Bistable displays for logistics
thermoplastics
- Assembly production, refining and finishing
Guardianstrasse 6 - 10
IHK Potsdam
D- 06766 Bitterfeld-Wolfen OT Thalheim
Breite Str. 2 a-c
125
- bioreduction and sterilization of medical devices and
hesco Kunststoffverarbeitung GmbH
126
www.k-online.de
www.k-online.de
D-14467 Potsdam
Executive-Assistant
Phone +49 30 45607211
Jens Ullmann
Fax +49 30 4564079
Phone +49 331 2786-251
petra.fleischauer@knabe-co.de
Fax +49 331 2786-190
The International department of the Chamber of Commerce and Industry Potsdam is offering foreign trade support, commercial contacts, country information,
fairs and exhibitions, foreign trade services, origin reports, Carnet A.T.A., certificates
Since 1923 Firma Knabe + Co. stands for quality in the die-cutting industry for
all types of plastic and other materials. We offer high-quality die-cutting tools,
as well as the service of die-cutting and waterjet-cutting. Most important to us
is having customers that are content with our service, quality, price and delivery
times. If you are looking for a professional partner for your products, your quest
has come to an end.
Innovative Kunststoffveredelungs GmbH
Kunststoff-Verbund Brandenburg Berlin
GRISUTEN – Str. 13
Schipkauerstr.1
D-14727 Premnitz
D-01987 Schwarzheide
www.ikv-kunststoffe.de
www.kuvbb.de
Petra Baumann
Dr. Hubert Lerche
Phone +49 3386 243193
Phone +49 355 2891 3091
Fax +49 3386 243188
Fax +49 355 2891 3099
pbaumann@pet-innovation.de
info@kuvbb.de
We are manufacturers of black master-batches based on PET and PBT carriers
in different commercial qualities. Our core product range is offering first grade
materials which are above all suited for fine denier / dtex types of polyester fibres
and for mono- and multi-filaments. We are also producing high quality standard
types for less demanding applications.
Networking organisation of plastic producers, processors of plastic and universities and institutes in the plastic area
Knabe + Co. GmbH & Co. KG
D-14712 Rathenow
Lessingstraße 79 – Gebäude C 5
http://www.askania.de
D-13158 Berlin-Wilhelmsruh
Mr. Ralf-Peter Lautenschläger
www.knabe-co.de
Phone +49 3385 5371 0
Dipl.-Kfm. Michael Krüger
Fax +49 3385 5371 22
Manager
info@askania.de
Phone +49 30 45607211
Optics insight. Precision from Rathenow.
Fax +49 30 4564079
The company Mikroskop Technik Rathenow GmbH is your partner at questions
in the field of quality insurance as a manufacturer of modern epi-, stereo- and
laboratory microscopes and their accessories.
michael.krueger@knabe-co.de
Mikroskop Technik Rathenow GmbH
Grünauer Fenn 40
Petra Fleischauer
127
128
www.k-online.de
www.k-online.de
The modular design of the microscopes, a wide range of microscopic illuminations (LED, halogen, cold light devices or ringlight illuminators), camera adaptations (photo or tv), different variants of bases and stages and measuring software
programs are characteristic for our product range.
Customized and at project based special solutions are also part of the product
range of the Mikroskop Technik Rathenow GmbH, as well also the maintenance
and service of microscopes. We are authorized Zeiss partner and in this we can
offer the consultant, sales and repair service for newer and older Zeiss microscopes.
The high quality is the result of the long- time affiliation with the state combine
VEB Carl Zeiss Jena and will be documented by the current ISO 9001:2008
certification.
D-10117 Berlin
www.projektron.de
Berit Krüger
Phone +49 30 3474764-133
Fax +49 30 3474764-999
info@projektron.de
Project management software Projektron BCS
- Planning
- Analysis
Motzener Kunststoff- und Gummiverarbeitung GmbH
- Controlling
Mittenwalder Str. 79
- Reporting
D-15749 Mittenwalde
- Time recording
www.kunststoff-gummi.de
- Documentation
www.plastics-rubber.de
- Resource management
Thomas König
RELUX Kunststofftechnik GmbH & Co. KG
Phone +49 33769 89435
Sülzborn 4
Fax +49 33769 61921
D-39128 Magdeburg
koenig@kunststoff-gummi.de
www.relux-kunststoffe.de
The Motzener Kunststoff- und Gummiverarbeitung GmbH is well known for high
quality, technical injection molded parts and assembly groups manufactured out
of thermoplastic materials and elastomers. Especially the production of injected
O-Rings up to a diameter of 1.500 mm and multi-component parts (plastic and
rubber) are two of our major core competencies.
Norbert Koch
Today we process: all reinforced and non-charged thermoplastics, different
types of thermoelastics, all important elastomers as NBR, SBR, EPDM, FPM,
Silicon and HNBR.
Relux is producer of recycled plastics made of HDPE, LDPE and PP. Repro
pellets, regrind and agglomerates for applications like extrusion und injection
moulding.
Today we are equipped with: CAD/CAM work stations, tool shop with latest CNC
equipment, department for parts finishing for additional inspection and assembly
steps.
RoweMed AG – Medical 4 Life
We are successful certified according to ISO/TS 16949:2009, DIN EN ISO
9001:2008 and EMAS III, DIN EN ISO 14001:2009.
D-19370 Parchim
Projektron GmbH
Nadia Einnolf Business
Charlottenstr. 68
Development Manager
129
Phone +49 391 662775-0
Fax +49 391 662775-25
info@relux-umwelt.de
Juri-Gagarin-Ring 4
www.rowemed.de
130
www.k-online.de
www.k-online.de
Phone +49 3871 451 287
Production and manufacture of Wood / Cellulose Plastic Composites (WPC /
CPC) plus production of extrusion and injection molding products made out of
these materials.
Fax +49 3871 451 282
nadia.einnolf@rowemed.de
RoweMed AG is an innovative company specialized in developing and manufacturing medical devices, especially in the field of liquid management for special
hospital departments like intensive care, neonatology, radiology and ambulatory
departments.
Development of techniques and machines for the production of WPC / CPC –
goods.
Vakuplastic Kunststoff GmbH &Co. KG
Rudower Straße 68b
Schweriner Kunststoffkompetenz-zentrum im saz
D-12529 Schönefeld
Ziegeleiweg 7 D-19057 Schwerin
Oliver Schwarz
www.sazev.de
Phone +49 3379 2031-31
Gerd Poloski
Fax +49 3379 2031-39
Phone +49 385 4802-11
info@Vakuplastic.de
Fax +49 385 4802-15
- Injection moulding of plastics
info@sazev.de
- Suction siphon
The Plastics Competence Centre (skk) in Schwerin supports the Education and
Profession qualifying Centre in Schwerin and companies from plastics, electronic and metal technology in terms of professional qualification, human resources and transfer of technology.
- Connection elements
Hearts of the professional qualification are offers of applied education in plastics, electronics and metal technology starting at re-education and finishing at
career qualification (Meister [Foreman]) of IHK (German Chamber of Industry
and Commerce).
xTribo GmbH
The skk (Plastics Competence Centre in Schwerin) offers customised products
in education of plastics at modern machines. The range of education spreads
from laminating to injection moulding and even the whole process from construction via machine operation till handling and quality management.
Technamation Technical Europe GmbH Forster Straße 65 D – 03172 Guben
www.technamation.com
- Slide-restraining tootsies
- Technical parts of plastic
Sekr. C8-4, Geb. M
Straße des 17. Juni 135
D-10623 Berlin
www.xtribo.de
Kathrin Müller
Phone +49 30 314 21479
Fax +49 30 314 21113
Patricia Idilbi
kathrin.mueller@xtribo.de
Managing Director
xTribo has spezialized for innovative tribology engineer performances and
gauges in the field of friction. The basis is the „Method of Dimensionreduction“.
Phone +49 3561 68 577 0
Fax +49 3561 68 577 11
The original 3D system is replaced by the contact with an elastic or viscoelastic
bedding and thus converted into a 1D system. Through the method is it possible
fast contact calculation without measuring.
E-Mail: info@technamation.com
As further innovation we offer the RheoQuick k500. It measures the rheology
Mobil: +49 170 2057 026
131
132
www.k-online.de
www.k-online.de
qualities fast and reliably. It can be also used as a incomming goods controlling
devices.
Product Overview
02.03.002
02.03.010
02.03.012
04.03
Trade associations
Cluster Plastics and Chemistry
Steinstraße 104 - 106
D-14480 Potsdam
www.kunststoffe-chemie-brandenburg.de
www.brandenburg-invest.com
Kerstin Dohrmann
Cluster Manager Plastics and Chemistry Industry
Product Details
Phone +49 331 660 3290
04.03
Fax +49 331 660 3222
kerstin.dohrmann@zab-brandenburg.de
Trade associations
Business services (Business contacts)
ZAB is the Brandenburg economic development board and helps with all questions of industrial settlement, innovation, and technology-orientated start-ups. It
is active in the management of the German capital region’s strong growth clusters.
The Plastics and Chemistry cluster closely connects businesses, research facilities, networks, employers and employees and key players from politics and
administrators.
- roughly 400 companies with 11.600 employees
- unique density of R&D institutions
- foster and support by strong regional and European
Business contacts, suppliers, subcontracting directory,
import, export and cooperation services, economic development
Institut für Kunststofftechnik, Universität
Stuttgart
Address
Böblinger Str. 70
70199 Stuttgart
Germany
Phone
+49 711 68562801
Fax
+49 711 68585335
Internet address
www.ikt.uni-stuttgart.de
E-Mail
info@ikt.uni-stuttgart.de
Stand
Hall 07, B01 (Page 282)
Networks
- identification of potential for innovation and growth
- knowledge and technology transfer
- recruitment and development of a skilled workforce
- Interlinking and internationalisation of the players
Specific issues of the Cluster
- Biopolymeres Lightweight construction and composite
materials
- Specialty chemicals
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Product Overview
04.06
Institut für Kunststofftechnik, Universität...
Product Details
04.06
Institut für Kunststoffverarbeitung (IKV) in Industrie und
Handwerk an der RWTH Aachen
Address
Pontstr. 49
52062 Aachen
Germany
Phone
+49 241 8093806
Fax
+49 241 8092262
Internet address
www.ikv-aachen.de
E-Mail
zentrale@ikv.rwth-aachen.de
Stand
Hall 14, C16 (Page 302)
Institut für Kunststofftechnik, Universität...
Dienstleistungen
Was wir Ihnen bieten
Technische Beratung auf dem gesamten Gebiet der Kunststofftechnik Schadensanalysen und Gutachten Gemeinsame Forschungs- und Verbundprojekte, Kooperationsprojekte und Auftragsforschung Aufbereitung und Compoundierung
zur Modifizierung und Optimierung von polymeren Werkstoffen nach Ihren Wünschen Anpassung zerstörungsfreier Prüfverfahren auf Ihre Anwendung Akkreditierte Prüfungen nach DIN EN ISO 17025:2005 Kunststoffverarbeitung in unserem Maschinenpark für Ihre Kleinserien
Forschungsschwerpunkte
Werkstofftechnik:
Company News
Reaktive Extrusion zur Neu- und Weiterentwicklung polymerer Werkstoffe Entwicklung von Biokunststoffen Funktionalisieren und Blenden von Polymerwerkstoffen Erforschung neuartiger zerstörungsfreier Prüfverfahren für Kunststoffe
und Kunststoffverbunde
09/19/2013
Verarbeitungstechnik:
Weiterentwicklung von Prozessen der Kunststoffverarbeitung Fortentwicklung
des HELIBAR®-Extruderkonzeptes (Hochleistungsextrusion) Analyse und Verbesserung
von Granulierprozessen Analyse, Modellierung und Simulation von Fließprozessen
(Prozesssimulation)
Produktentwicklung:
Neue Werkstoffmodelle für die FEM Beschleunigte Alterung und Modellerstellung zur Lebensdauervorhersage Systematiken für die effiziente Schadensanalyse
135
Institut für Kunststoffverarbeitung (IKV) in...
IKV on Science Campus: Functional plastic surfaces
On the subject of ”Functional plastic surfaces”, IKV will
present an overview of applications and their innovative production processes such as injection moulding,
thermoforming, extrusion blow moulding and plasma
coating. It will showcase a process chain for microstructured surfaces, from mould manufacture to
functional testing. Variothermal extrusion compression moulding of microstructured film will be demonstrated live on the extruder.
Science Campus, Hall 7
Micro structured surfaces: contact angle measurement for evaluation of superhydrophobic film surfaces (Photo: IKV)
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09/20/2013
In conjunction with 14 partners, IKV presents
ambitious project on reactive moulding
Instrumente, LANXESS Deutschland, P-D Interglas Technologies, Piovan and
Schöfer.
Hall 14/C16
Aachen, September 2013 – The Institute of Plastics
Processing (IKV) in Industry and the Skilled Crafts at
RWTH Aachen University will again be represented at
this year’s K in Düsseldorf from October 16 – 23, 2013.
It will have its own stand in Hall 14/C16. In an ambitious
exhibition project involving 14 project partners, IKV will
demonstrate the processing of fibre-reinforced plastics
(FRP) with thermoplastic matrices by injection moulding. The project combines the advantages of the liquid
impregnation process, which allows the processing of textile preforms, with the
benefits of a thermoplastic matrix. For this, the research team is developing
a completely automated, highly integrated process that takes advantage of socalled in-situ polymerisation. By transferring the system to the injection moulding process (in situ injection moulding), it is possible to combine complex fibre
preforms with a monomer for large-volume production directly in the injection
moulding machine. The IKV research team chose a shin guard as the demonstrator.
Conventional production processes for FRP parts have a number of disadvantages. For example, until now they have required two separate processes
(e.g. for nylon composite sheet: impregnation and moulding). Furthermore, the
moulding is restricted to comparatively simple geometries and a limited range of
surface finishes. The IKV process aims to eliminate these disadvantages. With
the in situ injection moulding process, the textile preform is impregnated with
low-viscosity caprolactam monomer, and then reacts by in situ polymerisation
to produce polyamide 6.
Requirements for this new process, apart from an optimised matrix formulation,
include customised fibre/sizing systems, a special injection moulding machine
technology and, above all, innovative mould, sealing and process engineering.
The shin guard has been chosen to demonstrate the effectiveness of the process. The part consists of a hard protective component made of fibre-reinforced
thermoplastic and the flexible component made of thermoplastic elastomer
(TPE). As a result, the part has high mechanical properties, good impact behaviour, low weight and high wear comfort. Furthermore, the highly integrated
innovative process allows the high-volume production needed for series manufacture.
The partners in the IKV exhibition project include: ASS Maschinenbau, Clariant, EM-Systeme, ENGEL AUSTRIA, Gummiwerk Kraiburg, gwk Gesellschaft
Wärme Kältetechnik, Hasco Hasenclever, Hennecke, Keller Lufttechnik, Kistler
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Shin guard made of fibre-reinforced thermoplastic and TPE by in situ injection
moulding (photo: IKV)
03/20/2013
Efficient drug release by absorbable foam
IKV develops carrier system for treatment of overactive
bladder
Aachen, in January 2013. The Institute of Plastics Processing (IKV) at RWTH Aachen University is investigating, together with partner institutes, the controlled
release of drugs for the treatment of common diseases of the urinary bladder
as e.g. the overactive bladder. The drug delivery system (DDS) consists of a
drug-loaded polymer matrix, so called microspheres, which are embedded in
a foamed absorbable carrier system. Within this joint project, it is IKV’s task
to develop the foamed carrier system. Other project partners are Dr. Pfleger
GmbH, Hemoteq AG, DWI at RWTH Aachen, and the department of Urology of
the University Hospital Aachen (UKA).
In this novel approach of treatment the drug delivery system (DDS) is directly
placed into the urinary bladder. The drug release and the excretion of the system are controlled by the degradation of the carrier system. Thus, the active
agent has a locally lasting effect in the bladder and won’t affect the whole body
compared with the intake of tablets. Also a regular catheterisation in short time
intervals, often several times a day, is no longer required.
The carrier system is manufactured at IKV in the CESP process (Controlled Expansion of Saturated Polymers). The technology of the CESP process enables
the possibility of processing temperature-sensitive materials, like the used poly
(D,L-lactide-co-glycolide)-co-PEG. The material can be processed in a CO2 atmosphere at high pressure (approx. 50 bar) at low temperatures of approx.
50 °C. By an extension of the CESP process, a powdery polymer microsphere
mixture can be foamed specific via a pressure controlled, continuous variable
discharge. The adjustment of the degradation of the carrier system to medically necessary periods is possible by the termination of the foam structure. For
reproducible manufacturing of the carrier system in the range of micrograms a
dosing unit and adapted cavities are integrated into the process chain.
This extension of the CESP process allows more applications in the scope of
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absorbable, drug-eluting implants. By means of the reproducible dosing of the
materials and the optimised controlling of the process, porous osteosynthesis
plates or stents are as well possible.
The participating institutes extend their thanks to the Bundesministerium für Bildung und Forschung (BMBF) for supporting this research project (No. 13 N
11306).
www.ikv-aachen.de
JB TECNICS SAS
Address
Zone Artisanale en Grain
39360 Molinges
France
Phone
+33 3 84414200
Fax
+33 3 84424628
Internet address
www.groupejbt.com
E-Mail
jbtecnics@jbtecnics.com
Stand
Hall 01, C09 (Page 270)
Composition of the drug delivery system with absorbable foam (Figure: IKV)
09/19/2013
IKV on Science Campus: Functional integration
On the topic of ”Functional integration”, the Institute
will show how the integration of processes, materials
and technologies can be used for the manufacture of
high-quality products and the development of innovative applications, for example in optical technologies.
It will present new processes for shortening the process chain such as integrated metal-plastic injection moulding and the projectile
injection technique, which is a further development of GIT and WIT. IKV will
also demonstrate so-called integrated products, such as structural parts made
of plastic and metal, and components for E&E applications based on innovative,
electrically conductive plastic compounds.
Company News
07/18/2013
JB TECNICS SAS
50 years
50 years
Science Campus, Hall 7
Extrusion of stuctured films at IKV pilot plant (photo: IKV/Winandy)
Product Overview
Institut für Kunststoffverarbeitung (IKV) in...
02.01.010
03.02.002.01.03
Injection moulding machines above 1000 kN to 4000
kN clamping force
03.06.001
04.03
Trade associations
04.06
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Product Details
Product Overview
JB TECNICS SAS
JB TECNICS SAS
04.05
02.01.010
02.03.002
02.03.007
Plastics products and parts for electrical engineering
02.03.010
02.03.011
Plastics products and parts for mechanical engineering
Subcontracting
PRODUCT INFORMATION:
- Research and development: consultancy and help in innovation
- 70 injection machines from 15 to 600 Tons equipped of 6 axis Robots
- 2 000 sq. m of cleanrooms (ISO7)
- Specific equipment post injection
- Metrology department: 3D contact and video
- CAD and CAM
- Complete mechanical workshop: milling, EDM, high speed machining…
02.03.012
02.04.003.01
Parts from standard plastics
02.04.003.02
Parts from engineering plastics
02.04.003.03
Parts from high performance thermoplastics
02.04.003.05
- Global projects management (assembling, finishing, packaging, sterilization...)
and of their validations.
Kunststoff Information Verlagsgesellschaft mbH
Address
Saalburgstr. 157
61350 Bad Homburg
Germany
Technical Parts from Bulk Molding Compound / Sheet
Molding Compound
Phone
+49 6172 9606-0
02.05.024
Glass-fibre reinforced plastic parts (GRP)
Fax
+49 6172 9606-99
02.05.041
Membranes
Internet address
www.kiweb.de
02.05.075.01
Fibreglass-reinforced plastic parts
E-Mail
info@kiweb.de
02.05.075.02
Other fibre-reinforced plastic parts
Stand
Hall 06, B27 (Page 278)
03.06.001
04.05
Subcontracting
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Company News
27.03.2013
„Polyglobe“
„Polyglobe“ – Online-Datenbank zur weltweiten KunststoffProduktion / Innovative und kostengünstige Lösung für
mittelständische Kunststoffverarbeiter
Bad Homburg, 22. Februar 2013 – Zur Verbesserung
von Transparenz und Planungssicherheit im Kunststoffeinkauf hat der Branchendienst Kunststoff Information (KI), Bad Homburg, eine völlig neue Online-Datenbank vorgestellt. „Polyglobe“ enthält weltweite Angaben zu Kunststoffproduzenten, deren Anlagen
und Kapazitäten, Force Majeures, Wartungen, Drosselungen und Ausbau- oder
Stilllegungs-Plänen.
Für nahezu alle Kunststoffsorten sowie deren wichtigste Vorprodukte werden
rund 4.220 Anlagen an fast 1.000 Standorten in 78 Ländern präsentiert. Auswertungen sind auf einfache Weise nach Produkten, Regionen oder Unternehmen
möglich. Auf Produzentenebene werden Joint-Ventures und Konzernverbunde
sowie der Integrationsgrad jedes Herstellers dargestellt. 5-Jahres-Forecasts
geben einen Ausblick auf zukünftige Angebotsstrukturen.
Die Datenbank wird tagesaktuell gepflegt und stellt so dem Nutzer zu jedem
gewünschten Zeitpunkt zuverlässige Informationen bereit.
Polyglobe richtet sich an insbesondere an Kunststoffverarbeiter mit strategisch
ausgerichtetem Rohstoffeinkauf, denen die bislang erhältlichen Produkte anderer Anbieter zu kostspielig oder zu wenig an ihren Bedürfnissen orientiert
sind. Polyglobe ist in Deutsch und Englisch nutzbar und wird für nur 1.480 Euro
jährlich angeboten.
Weitere Informationen finden Sie online unter www.Polyglobe.net
14.03.2013
Standard-Thermoplaste Januar 2013:
Standard-Thermoplaste Januar 2013: Anhebungen
werden im Monatsverlauf eingebremst / Dennoch spürbare Margenzugewinne der Erzeuger / Verschlafener
Nachfragestart ins neue Jahr / Februar mit ähnlichen
Signalen
Bad Homburg, 6. Februar 2013 – Die europäischen
Märkte für Standard-Thermoplaste legten einen verhaltenen, letztlich unentschlossen wirkenden Start in das neue Jahr 2013 hin.
143
Dies berichtet der Branchendienst „KI – Kunststoff Information“. Zwar traten die
PE-Hersteller mit dreistelligen Forderungen trotz gleichbleibender Kostenbasis
vehement in die Arena ein, im Monatsverlauf aber dämpften sich die erreichbaren Anhebungen auf 20 bis 40 EUR/t deutlich ein. Dennoch blieben damit
am Ende Margengewinne in den Büchern der Anbieter hängen. Ein ähnliches
Bild zeigte sich in der C3-Strecke, wo der nochmalige leichten Nachlass von
13 EUR/t beim Propylen dafür sorgte, dass die Wünsche der Produzenten bei
maximal +30 EUR/t eingebremst wurden. Da taten sich die PVC-Anbieter mit
Anhebungen zwischen 10 und 15 EUR/t beim Basismaterial deutlich schwerer,
obwohl sie prinzipiell bedrängter dastehen als die Produzenten in den Olefinstrecken. Bei PS reichte es noch zur Durchreichung der um 60 EUR/t gestiegenen SM- Kosten, bei der Schaumvariante EPS nicht einmal das.
Trotz diverser Einschränkungen, anhaltender Drosselungen und Epxortanstrengungen zeigte das Angebot in weiten Teilen weiterhin Tendenzen zur Reichhaltigkeit. Ein Hinweis wohl auch auf den verhaltenen Abfluss, der sich durch
die Mischung aus verlängerten Betriebsurlauben, noch etwas verschlafen wirkenden Endmärkten, hohen Preisbarrieren und vorsichtiger Lagerhaltung ergab.
Immerhin waren hier und da im Monatsverlauf Belebungen erkennbar.
Kunststoff Information Verlagsgesellschaft mbH Saalburgstraße 157 D-61350
Bad Homburg Telefon +49 (0) 6172 9606-0 Telefax +49 (0) 6172 9606-99
info@kiweb.de www.kiweb.de
Mit Rollover bei Ethylen, ganz leichten Zuwachs von 10 EUR/t bei Propylen
und einer wieder um 40 EUR/t nachlassenden SM-Kontraktreferenz scheinen
die wesentlichen Polymer- Gleise für den Februar vorgezeichnet. Zwar stehen weiter Forderungen bis 70 EUR/t bei den Polyolefinen im Raum und die
Styrolkunststoff-Anbieter wollen durch Rollover ihre Margen verbessern, das
wird aber in den meisten Fällen sicher nur teilweise gelingen können.
Kurzprofil KI – Kunststoff Information Seit über 40 Jahren versorgt „KI – Kunststoff Information“ Führungskräfte in der deutschen und europäischen Kunststoffindustrie mit entscheidungswichtigen Business-Informationen. Das Leistungsspektrum umfasst einen wöchentlich erscheinenden Print-Newsletter sowie
ein umfangreiches Online-Portal. Zum Angebot gehören u. a. KunststoffPreise, Marktberichte, tägliche Nachrichten, E-Mail-Services, Analyse-Tools
und ein Online-Archiv. Der Branchendienst „KI – Kunststoff Information” zählt
in Deutschland zu den wichtigsten Medien für die Kunststoffindustrie und hat
die höchste Anzahl bezahlter Abonnements aller entsprechenden Publikationen.
Die KI-Preisindizes sind industrieweit akzeptiert und in die Gleitklauseln unzähliger Lieferverträge eingebunden. Mehr als 5.000 europäische Unternehmen
vertrauen den Daten und Berichten von KI. Weitere Informationen finden Sie
unter www.kiweb.de.
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Rückfragen: Christine Halfen, christine.halfen@kiweb.de, Tel. + 49 (0) 6172
9606-12
Product Details
04.02.004
Product Overview
KUNSTSTOFF-PROFI Verlag GmbH & Co. KG
K-PROFI
04.02.004
Vor Ort am Puls der Branche:
04.06
K-PROFI informiert Entscheider in der gesamten Kunststoffbranche, schafft einen intensiven Austausch unter Praktikern.
Effizienz für Hochkostenländer:
Address
K-PROFI hilft Kunststoffverarbeitern in Deutschland, Österreich und der Schweiz, effizienter zu produzieren und neue Marktchancen zu
nutzen.
Saalburgstr. 157
61350 Bad Homburg
Germany
Phone
+49 6172 960610
Fax
+49 6172 960699
Internet address
www.k-profi.de
Exklusives Werbeumfeld:
K-PROFI bietet der Zulieferindustrie ein besonders attraktives Umfeld und eine
anhaltend hohe Werbewirksamkeit.
Kunststoff-Zentrum in Leipzig gGmbH
E-Mail
info@k-profi.de
Stand
Hall EN, 01 (Page 268)
Product Overview
04.02.004
145
Address
Erich-Zeigner-Allee 44
04229 Leipzig
Germany
Phone
+49 341 4941500
Fax
+49 341 4941555
Internet address
www.kuz-leipzig.de
E-Mail
info@kuz-leipzig.de
Stand
Hall 08a, F11-2 (Page 290)
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Company News
15.07.2013
MiKA – Applikationszentrum für
Mikrokunststofftechnologien am KuZ
F11-2.
Product Overview
High-Tech für Mikrokunststoff-Anwendungen
Die Kunststoff-Zentrum in Leipzig gGmbH (KuZ) stellt
auf der K 2013 erstmalig ihr neues Applikationszentrum für Mikrokunststofftechnologien – MiKA – der Öffentlichkeit vor. Das KuZ ist seit mehr als 15 Jahren
Spezialist auf dem Gebiet der Mikrokunststofftechnologien. Mit dem MiKA hat es seine Mikro-Kompetenzen in einem neuen Applikationszentrum gebündelt. Zielstellung ist eine breite Entwicklung neuer Produkte, Verfahren und Technologien. Das MiKA versteht sich in erster Linie als
Forschungs- und Entwicklungspartner für alle Branchen, in denen mikrokunststofftechnische Lösungen gefordert sind. Von der Idee bis zur Marktreife entwickelt das MiKA mit und für seine Partner Lösungen entlang der gesamten
Prozesskette. Das beginnt mit Machbarkeitsstudien und führt bis zur Begleitung
in die Serienproduktion.
Höchste Präzision verspricht die umfangreiche Ausstattung des MiKA. Dazu
zählen fünf Mikrospritzgießmaschinen, zwei Kleinstspritzgießmaschinen, eine
Ultraschall- sowie Heißprägeanlage für Mikrokunststoffteile, variable Verpackungsund Montageautomatisierungen sowie Prüf- und Messplätze für Mikroformteile.
Reinraumbedingungen der Klasse ISO 7 gestatten die Bearbeitung anspruchsvoller
Aufgaben z.B für Medizintechnik, Sensorik oder Optik.
Mit Formteilgewichten von 1 mg bis 10.000 mg wird ein breites Spektrum unterschiedlichster Teileanforderungen bedient. Umfangreiche Erfahrungen in
1K- oder 2K-Technik, mit Einlegeteilen im vertikalen Mikrospritzguss oder mit
den unterschiedlichsten Materialien ermöglichen anwendungsgerechte Lösungen auf höchstem Niveau. Mikrostrukturierungsverfahren von Kunststoffoberflächen komplettieren das breite Technologiespektrum.
02.01.010
02.03.012
02.03.016
Plastics products and parts for optics/precision
engineering
02.05.045
Micro parts
04.06
Product Details
04.06
DiagBes V6.0 - Software mit artikelbezogener Fehleranalyse
Auf dem KuZ-Messestand wird erstmals die neueste Version der Fehlerdiagnoseund -beseitigungssoftware DiagBes präsentiert. Die Besucher können das Programm für die systematische Beseitigung von Qualitätsmängeln beim Spritzgießen,
in der Extrusion und PUR-Verarbeitung live auf dem Messestand testen. Neu
ist die artikel- bzw. artikelgruppenbezogene Fehlererfassung mit entsprechender statistischer Auswertung. Die Einbindung firmenspezifischer Dokumente ermöglicht eine bessere Integration von DiagBes V6.0 in betriebliche Abläufe.
Auf dem KuZ-Messestand wird erstmals die neueste Version der Fehlerdiagnoseund -beseitigungssoftware DiagBes präsentiert. Die Besucher können das Programm für die systematische Beseitigung von Qualitätsmängeln beim Spritzgießen,
in der Extrusion und PUR-Verarbeitung live auf dem Messestand testen. Neu
ist die artikel- bzw. artikelgruppenbezogene Fehlererfassung mit entsprechender statistischer Auswertung. Die Einbindung firmenspezifischer Dokumente ermöglicht eine bessere Integration von DiagBes V6.0 in betriebliche Abläufe.
Besuchen Sie das KuZ in Messehalle 8a auf dem GKV-Plaza Stand-Nummer
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Kunststoffverbund Brandenburg Berlin
Leibniz-Institut für Polymerforschung Dresden e.V.
Address
Schipkauer Str. 1
01987 Schwarzheide
Germany
Address
Hohe Str. 6
01069 Dresden
Germany
Phone
+49 355 28913091
Phone
+49 351 4658-0
Fax
+49 355 28913099
Fax
+49 351 4658-284
Internet address
www.kuvbb.de
Internet address
www.ipfdd.de
E-Mail
info@kuvbb.de
E-Mail
ipf@ipfdd.de
Stand
Hall 08b, E61-11 (Page 288)
Stand
Hall 07, C06 (Page 282)
Product Overview
04.03
Trade associations
Product Details
04.03
Company News
09/13/2013
Trade associations
Netzwerk für Kunststoffe - Chemie & Biopolymere
Ein Netzwerk für Kunststoffe - Chemie & Biopolymere
in den L�ndern Brandenburg und Berlin.
Wir stehen für Kooperation , Qualifizierung und Öffentlichkeitsarbeit aller Interessierten in dieser Branche
und pflegen Kontakte zu weiteren Netzwerken und den relevanten politischen
Gremien.
Leibniz-Institut für Polymerforschung Dresden...
Sensing textile with carbon nanotubes
Electrically conductive composites made of polymers
and carbon nanotubes (CNTs) may be used to detect
environmental impacts. This is due to the fact that the
CNT percolation network formed within the material reacts to changes in temperature, to deformation, or to
contact with vapours or solvents showing changes in
the electrical conductivity.
Scientists at the Leibniz-Institut für Polymerforschung Dresden e. V.(IPF) succeeded in producing - via conventional melt processing - electrically conductive
polymer-CNT composites which afterwards could be spun to fibres. Such fibres
may be incorporated into larger textile structures. The resulting sensing textiles
can be applied, e.g., in civil engineering whenever early leakage detection is
required to avoid cost-intensive damage.
As the sensor function is integrated in the material and permanently active,
space-resolved and real-time defect detection is possible even at inaccessible
locations, e.g. at underground pipelines.
Dr. Petra Pötschke
poe@ipfdd.de
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started at AST as a Process & Training Engineer in April 2013.
Product Overview
04.06
Leibniz-Institut für Polymerforschung Dresden...
16 The Courtyard, Timothys Bridge Road
CV37 9NP Stratford-upon-Avon, Warwickshire
Phone
+44 1789 207070
Fax
+44 1789 207096
Internet address
www.listgrove.com
E-Mail
airelle.charra@listgrove.co.uk
The Process and Training Engineers will in the main provide support to customers in the characterisation and optimisation of injection moulding processes
for new tools but also in resolving problems on existing mould tools.
Piotr Smukowski, Business Manager-EMEA at Listgrove Ltd, specialist provider
of recruitment and HR services to the Plastics, Packaging, Petrochemical and
Chemical sectors has been commissioned to undertake the recruitment projects
and fulfilled the demanding exercise within 6 months. Parmenter would certainly
work with Listgrove again and provides the following testimony: “They helped us
from the initial definition of the role right through the process until new recruits
were hired and on-boarded. They gave us access to a greater pool of candidates
and facilitated the complete process in a very professional manner.”
Listgrove Limited
Address
Adam Clitherow was appointed as a Process & Training Engineer in October
2012. Clitherow has previously worked at Elster Metering Ltd and Bespak.
Product Overview
04.06
Listgrove Limited
Product Details
Stand
Hall 12, D35 (Page 298)
04.06
Listgrove Limited
Products information:
Company News
05/07/2013
Listgrove Limited
Appointment of three new people at AST Technology
AST Technology, a division of the PCIC Group of Companies in the USA, specialises in comprehensive support services that are tailored to assist OEM customers with the tools they need to optimise cost, quality and delivery of injection mould building and plastic part production. AST Technology has got offices
based in Herford, Germany and Oldham, UK.
We provide a range of services including:
Executive search Volume selection Interim appointments Outplacement Career
transition Management coaching Competency Frameworks Assessment & Development Retention & Rewards Redundancy & Relocation
To view our current vacancies, please visit our website
.
Due to continued growth and development of the company, Philip Parmenter –
Managing Director, appointed 3 new people to support projects predominantly
in the UK and Germany: Paul Stidworthy has just been appointed as Business
Development Manager. Stidworthy was previously Business Unit Director at a
Medical Device company.
Christopher Newman, former Moulding Process Engineer at Becton Dickinson
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www.k-online.de
www.k-online.de
Address
Dennewartstr. 27
52068 Aachen
Germany
uation software, management of laboratory data, statistics, data modeling and
CAE interfaces. In addition we present our consulting services in relation with
material data, like support with data structuring, optimization of workflows, acquisition and maintenance of material data (including regulatory documents), data
preparation and evaluation.
Phone
+49 241 9631450
Our flagship ”Material Data Center” is an internationally leading information system, covering technical data of the complete plastics market.
Fax
+49 241 9631469
Internet address
www.m-base.de
E-Mail
info@m-base.de
Stand
Hall 05, E03 (Page 276)
M-Base Engineering + Software GmbH
Company News
09/06/2013
Material Data Center presents a unique functionality to support material selection, like search- and table functions, graphical tools, especially for the handling
of Multipoint Data, application databases and a growing number of links between numerical technical data and complementary textual information; especially worth mentioning the new plastics encyclopedia. The embedded Biopolymer Database has also been extended. Material Data Center is available at:
www.materialdatacenter.com,
most data is accessible for free.
Our Highlights at K2013
■ Integrative Management of Material Data
■ Material Modeling and CAE Interfaces
A special new service from M-Base, to be introduced at the K show, is the
option of extending the content provided by M-Base with individual customer’s
databases. This service saves the efforts and costs for maintaining extensive
infrastructure and servers. It can be offered to all companies working with plastics, especially material suppliers, allowing them to manage their internal data
and at the same time publish selected content on the internet and also via smartphones. In this context the multi lingual features of our software and the ability
to provide flexible layouts for datasheets are of special importance.
We also will present special solutions for plastics distributors and compounders,
which have been developed recently.
■ Material Data Center with Extended Content,
-Biopolymer Database
-Integration of comprehensive texts about plastics
Product Overview
■ Hosting of Customer Specific Material Databases
■ Material Information via Smartphones
04.01
■ Services in Relation with Material Data
Detailed information:
As an internationally leading supplier of plastics information and material information systems, M-Base will present the latest developments at the next K show
in Düsseldorf, highlighting the integration of material information into all decision
processes.
Extensive systems will be demonstrated, which cover the complete workflow
for material information, beginning with interfaces to test equipment, test eval-
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Product Details
Messe Düsseldorf Japan Ltd.
Address
New Otani Garden Court, 7th Floor, 4-1,
102-0094 Tokyo
Japan
Phone
0081 3 52109951
Fax
0081 3 52109959
Internet address
www.messe-dus.co.jp
E-Mail
mdj@messe-dus.co.jp
Material Data Center also offers calculation programs for bending cases, snapfits, flow length and cooling times. In short: Material Date Center offers any useful function needed by engineers during material selection and design. Special
versions with interfaces for different CAE systems are also available on request.
Stand
Hall 14, A70 (Page 302)
Registered users have free access to all datasheets. The extended version with
search and sort functions is available against a small annual fee. For a free
temporary demonstration access visit: www.materialdatacenter.com.
10/16/2013
04.01
Material Data Center
Material Data Center is a comprehensive internet portal
for plastics. It includes a material database, which contains the complete content of the CAMPUS database
and material data from other sources, also an application database, a tradename directory, a literature database and several tools to
support designers.
The material database includes single point data, as well as graphical information (multi point data). For both categories extensive tools for navigation and
search are available, like generation of tables, search for substitute materials,
zoom and print functions (e.g. based on pdf formats).
Material Data Center can also be individually modified to customers requests
and installed in company intranets.
Resin producers who want to offer an individual internet product information system, can make use of the technology behind the Material Data Center as well.
M-Base offers individual adaptations of the system, which are very cost effective.
Company News
Key note on Japan’s Plastics and Rubber Industry
12:00 Japan Technology Forum - Keynote: Japan’s Plastics and Rubber Industry: The Situation, Challenges and
Trends by Michio Komatsu, Director of the Japan Society
of Plastics Technology) followed by hands-on experience
reports by Nissei ASB and ZACROS. Participation is free
of charge, but please register at http://bitly.com/JP-Tech
Room 2, CCD South
10/10/2013
Association of Japan Plastics Machinery to Chair the
Japan Technology Forum
Mr. Minoru Shibata, representing the Association of Japan Plastics Machinery,
agreed to chair the first session on ”Innovative Plastics Machinery” of the Japan
Technology Forum (Oct. 18).
Join Messe Düsseldorf Japan at their Japan Technology Forum, where you can
learn about the latest industry trends and get hands-on experience with some of
the country’s most innovative companies: Nissei ASB, Morishita Jintan, Nagase,
and Zacros (Fujimori Kogyo).
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The event will offer simultaneous English interpretation, and English printed material will be available before the forum. Participation is free, but we humbly ask
you to register at http://bitly.com/JP-Tech. We look forward to seeing you!
Company News
10/18/2013
CONNECT! Be In Sight! - Consistently high number of participants
Japan Technology Forum found high interest
The Japan Technology Forum met high interest. Download the presentations
at www.bitly.com/JTechForum_Pres
Product Overview
04.03
Trade associations
Product Details
04.03
Trade associations
Business Information: Japan Technology Forum
MF SOFTWARE Sales & Service Group GmbH
07/15/2013
CONNECT! European Moldflow User Meeting 2013
The CONNECT! 2013 enjoyed a consistently high number of participants this
year: about 140 participants from 14 different countries attended the 4th CONNECT! Moldflow European User Meeting.
After a welcome by the host Thomas Wittmann, MF SOFTWARE and a short
welcome by Erwin Burth, Autodsek, Dr. Andreas Wonisch opened the series of
presentations. After the opening by Thomas Wittmann from the organizer MF
SOFTWARE, and a short welcome by Erwin Burth from Autodesk, Dr. Andreas
Wonisch (BASF) opened the presentation series. The participants could follow
thematically varied presentations of Moldflow users from industry and research
(more about the lectures - link) and talks about new features in Autodesk 2014
release ASMI such as Compression and Injection Compression Molding Simulation (3D), Bi-injection Molding Simulation and Conformal Cooling. In addition
to the new features Autodesk also informed about the possibilities for computing
in the cloud with Autodesk Moldflow Sim 360 and current development issues
such as viscoelasticity, wall slip, calculation of ejection forces and tool fatigue.
Training sessions in which new features could be tested and Roundtable groups
completed the professional program whilst the pauses have been used to experience exchange and individual discussions. The evening program entitled
”Casino Royal” rounded off the event. Accompanied by lively piano music, the
participants could finish the first day at Roulette, Craps or Blackjack. Apart from
the fun the evening also served a good purpose. Chips could be obtained for
donations to the association with cancer and chronically ill children in Darmstadt
(www.krebskranke-child-darmstadt.de).
Address
Robert-Bosch-Str. 7
64293 Darmstadt
Germany
Phone
+49 6151 8504-0
On behalf of children with cancer thanks for the generous donations!
Fax
+49 6151 8504-099
09/16/2013
Internet address
www.moldflow.eu
E-Mail
kontakt@moldflow.eu
Stand
Hall 11, G73 (Page 296)
Autodesk increases comprehensively the
attractiveness of Moldflow at the K-show
Autodesk will demonstrate a continuous development of Moldflow as a comprehensive tool in development and construction within injection molding, announcing different decisions at the K Fair for plastics and rubbers 2013 in Dusseldorf.
First, Autodesk is responding to customer concerns regarding cost efficiency
with license models which provide flexible resources. The connection from a
PC license using the Autodesk Cloud provides exactly what the customer needs
to optimize the costs: capacity when it is needed and without volume limitation
if possible. The benefits are far-reaching. It starts with investment minimization
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which ranges to the reduction of capacity of the IT department. It also protects
the own resources and mainly applies to the reduction of time required for simulation runs; these are performed in parallel in the Cloud and not serially at your
own working place. The presented offer at the K-show is valid for the period of
one year. However, in the future there will be far shorter intervals offered. The
objective: Moldflow Users should be able to react optimally to incoming orders.
The leader of CAD Software also responds to data security, which is currently
the focus of political discussions, and now offers a SSL- key which is also used
by banks.
The Autodesk Sales Partner MF SOFTWARE GmbH, located in Darmstadt,
takes on the idea of “cost-efficiency” and announces customized training concepts, e.g. just for design engineers and tool-maker that optimize cooling systems or runner systems. This also includes tailor-made short training sessions.
The training costs for each target group are reduced to dimensions that are relevant for the current task setting of the customer.
During the weekdays, there will be Round Tables at our joint booth in Hall
11/G73. Managers of the Autodesk Simulation Team like Dr. Chris Friedel,
Manager Simulation Validation Team, David Astbury, Manager Solver Development Team, Jerad Stack, Product Line Manager, and Hanno van Raalte, Product
Manager for Autodesk Simulation Moldflow Products, will be at your disposal in
order to answer questions regarding current and future development trends of
Moldflow. The topics of discussion and the time table will be announced on the
homepage K2013.moldflow.eu and in newsletters.
After the successful adaption of Simulation CFD (for conformal cooling) and Simulation Mechanical (for anisotropic structural simulations) on Moldflow, the presentation of a new member in the Autodesk Simulation Software Product line
represents the efficiency of Autodesk. The company “Fireholes Composites”,
specialist for simulation software in the field of carbon parts and lightweight construction, will soon be able to open up new fields of application of Moldflow Simulation by cross-linking with the Autodesk Simulation Software product line. An
example would be the construction of anisotropic inserts and organic sheets
which are an important aspect in the lightweight construction of vehicles nowadays. Therefore the announced vision of Autodesk when taking over Moldflow,
being an important part of the simulation sector worldwide, continues to have
clearer contours.
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Product Overview
04.01
04.03
Trade associations
04.06
Product Details
04.01
Autodesk® Simulation Moldflow® - Accident Service
Exclude the worst case - with an ’Accident service contract’. You tell us your
case of need and we guarantee the rescue. Immediately (within one hour of
receiving your emergency call), we will respond with a letter of acceptance and
be on-site at 24 hours at the latest to save your project.
Autodesk® Simulation Moldflow® - Hotline
Do you have any question about Autodesk Simulation Moldflow products? We
are happy to help you. Our telephone support is available Monday through Fri
8.30 a.m. - 6.00 p.m.
Autodesk® Simulation Moldflow® - Interpretation Training
A special highlight is the monthly offered interpretation training. It is not only
interesting for Moldflow users, but also for project managers, directors or managers who need to evaluate the results for further decisions. In addition to the
interpretation of results assessment criteria is defined - so it is possible to judge
moldflow analysises qualitatively.
Autodesk® Simulation Moldflow® - Material Data
Service
If you work for a chemical company or a sales office
for plastic raw materials and you need material data for
Moldflow simulations, please contact us. We support you in all questions regarding the measurement of material data for the Autodesk Simulation Moldflow
Software.
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Autodesk®Simulation Moldflow® Adviser - Training
The training of Autodesk Moldflow Simulation Adviser (ASMA) is aimed at design
engineers, mold makers and technical experts in the plastics processing industry
with experience in injection molding. The first stage - ASMA Standard - is dedicated to the flow behavior (FLOW) and the filling simulation of single cavities.
The expansion phase ASMA Premium covers the analysis of multi-cavities and
gating systems. With the highest level ASMA Ultimate cooling systems (FLOW
/ COOL) and warpage behavior (WARP) can be included in the simulation.
Autodesk® Simulation Moldflow® Insight - Training
Plastics experts can learn how to work with Autodesk Simulation Moldflow Insight (ASMI) in three different levels. Basic theoretical knowledge of thermoplastic properties is presupposed. ASMI standard training covers the preparation of numerical simulation models, filling procedures,gating system with focus
on result interpretation. In the second stage - ASMI premium training - cooling systems of injection molds are analysed and optimized. Other priorities are
the prediction of warpage and fiber orientation (glass fiber, carbon, metal, talc).
ASMI Ultimate Training is carried out individually for each special procedure - for
example injection compression molding simulation or gas-injection technology.
04.06
lation of the injection molding process results in less physical prototypes and a
shorter time-to-market of your products. Discover Autodesk Moldflow Adviser the solution for in-house plastic simulations.
Autodesk® Simulation Moldflow® Insight - Software
Autodesk Simulation Moldflow Insight (ASMI), a component of the Autodesk solution for Digital Prototyping, provides a complete set of advanced simulation
tools for use in digital product development. With powerful functions for detailed analysis and optimization of plastic parts and their associated molds even
the most demanding injection molding processes can be simulated. ASMI is
used by leading manufacturers in the automotive and medical industry, for consumer electronics and packaging industry. Fewer physical prototypes needs
to be built, so that companies can develop more innovative products in shorter
time-to-market. Autodesk Simulation Moldflow Insight is the ideal solution for all
requirements in the simulation of injection molding processes.
MHG Maschinenfabrik Hombak GmbH
Address
Wolfslochstr. 51
66482 Zweibrücken
Germany
Phone
+49 6332 913850
Fax
+49 6332 913870
Internet address
www.mhg-hombak.com
E-Mail
mhg@mhg-hombak.com
Stand
Hall 09, A22 (Page 292)
Autodesk® Simulation Moldflow® - Consulting Service
MF SOFTWARE offers: Answers to your individual questions *Expertise through
many years of experience with Autodesk Simulation Moldflow *Consulting examples *Evaluation on behalf of customers* Support for selecting the right software
solution *Advice for software purchase or service.
Autodesk® Simulation Moldflow® - Simulation Quality Check
For Auodesk Simulation Moldflow customers as well as for non-customers: We
evaluate the quality of simulation reports that are provided by suppliers - quickly
and completely web-based
Autodesk® Simulation Moldflow® - Simulation Services
Do you need short term Autodesk Simulation Moldflow analyses on order? In
close collaboration with our partner PEG Plastics Engineering Group we offer
very flexible capacities, a large range of experience (over 9000 simulations) and
solutions of process simulation in combination with structural mechanics.
Autodesk® Simulation Moldflow® Adviser - Software
Autodesk Simulation Moldflow Adviser (ASMA), a component of the Autodesk
solution for Digital Prototyping, offers user-friendly tools that allow simulation
and optimization of part and mold design in an early project phases. The simu-
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Product Overview
03.01.003
Size reduction equipment (crushers, shredders,
grinders)
03.01.004
MHS Mold Hotrunner Solutions Inc.
Address
60 Armstrong Avenue
L7G 4R9 Georgetown, Ontario
Canada
Screening machines, classifiers, dedusting systems
for plastic pellets
Phone
+1 905 873-1954
03.01.005
Pelletizers
Fax
+1 905 873-0131
03.01.008
Compounding lines
Internet address
www.mhs-hotrunners.com
03.01.009
Recycling lines
E-Mail
info@mhs-hotrunners.com
03.10.006
Machine blades
Stand
Hall 01, A09 (Page 270)
04.05
Subcontracting
Company News
Product Details
04.05
Subcontracting
08/14/2013
M3 Micro Molding Machine for Mass Production
Introducing a Completely New Type of Injection Molding Machine for High Volume Production of Micro Precision Plastic Parts
Engineering and Services
• Design of new process systems
MHS - Mold Hotrunner Solutions presents the revolutionary M3, the only dedicated micro injection molding machine capable of producing precision runnerless
plastic parts in a 32 cavity cycle, outperforming its competition by a factor of 8 to 1. This new technology delivers high volume micro
molding to all industries that demand precision, quality and rapid production. It
is optimized for clean room operation, making it ideal for medical devices and
components. The M3 is one of several injection molding innovations that MHS
will feature at the upcoming K 2013 in Düsseldorf, Germany (Hall 1 Stand A09).
• Upgrading of existing systems
• Consultancy work
• Installation of systems
• Comissioning of systems
• Testing of products
• Product development
Fast, Low Cost Prototypes Without Molds
The M3 operates using four compact and cost effective modular inserts, each
containing 8 micro cavities, completely doing away with the traditional injection
mold structure. It simplifies the mold design and speeds up the transition from
prototype molding to mass production since all processing parameters and conditions are identical in both. No additional validation is required.
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32 Cavities, 8 Different Part Designs
The M3 can produce 32 plastic parts with shot weights of under 10 milligrams
every 5 seconds. That translates to an annual production of over 150 million
micro parts in a single machine. Not only that, the machine can inject 8 different
part designs with each cycle. Of course, it is possible to further increase the
number of cavities by gating onto small sub-runners (e.g. 32 x 4 = 128 cavities).
Complete Molding Cell
The M3 comes fully equipped with onboard automation. Its robotic take-off and
part handling systems remove each individual micro part for seamless downstream processing. Quality control is powered by an integrated vision system
that inspects each part and cavity during the take-off cycle. These checks occur
simultaneously in under 1 second between shots.
The machine has a magnetic clamp force of 4 tons. The M3 is a tie-bar-less
injection molding machine with ample room for peripheral equipment and additional automation from all 3 sides of the mold parting line. The entire molding
cell has a small footprint and requires only an eighth of the floor space of existing
production setups. It consumes only a fraction of the energy required by other
molding cells and reduces the need for additional automation equipment since
everything is done in one machine.
Each complete system includes mold inserts, hot runner system, integrated processing control with dual touch screen interface, in-mold vision system, touchless part handling and material loading.
“The M3 is a leap for micro injection molding. It completely redefines mass
production on this scale. It represents years of expertise, research and
development.”- Harald Schmidt, President MHS
mhs-hotrunners.com
Rheo-Pro® Slide™ Manifolds
Uninterrupted Melt Transfer with Swiveling Hot Runner Manifolds
The patent pending hinge design allows its rotating joints to maintain a constant
seal while linking together multiple hot runner manifolds to create an uninterrupted, continuous melt path that is able to bend and move inside the injection
mold. The technology enables the melt channel to deliver material to the cavity
across moving mold elements such as slides and lifters. Slide mechanisms are
the only way to demold complex parts with exterior undercut side features. For
example, many injection molded parts have details for customized functionality
or side ribbing for rigidity requirements. During demolding, these design details
can create insurmountable obstacles to the mold designer. Rheo-Pro® Slide™
Manifolds solve this problem by allowing entire sections of the mold to move,
without interruption to the flow of material in the melt channel. This flexibility
also makes the systems ideal for new part designs using stack molds, tandem
molds, as well as rotary and cube molds.
The process can be compared to running your melt channels through a flexible
hose, only pressure inside the melt channel of an injection mold typically reaches
between 10,000 and 20,000 psi, or upward of 1400 bar. That’s roughly 600 times
the pressure inside a car tire, or 1.3 times the pressure of the Mariana Trench,
the deepest part of the ocean, which has a pressure of 1,086 bar (15,750 psi).
This is the first and only technology that exists to keep liquid plastic flowing
through flexible runners, let alone under such extreme processing conditions.
Uninterrupted Melt Transfers
Large Thin Wall Parts
MHS - Mold Hotrunner Solutions presents Rheo-Pro® Slide™
Manifolds, a revolutionary new type of hot runner system with
rotating melt transfer joints that allow linked manifolds to move
freely in order to distribute plastic anywhere inside the injection
mold. The new technology now makes it possible to create
injection points, or gates, directly inside the slides of a mold. It
Hot Runner Origami
One of the oldest challenges in mold design has been to find an uninterrupted
path for the melt to flow from the machine barrel to the nozzle, despite moving
plates and other dynamic mold components. Rheo-Pro® Slide™ systems offer the solution by creating continuous melt transfers that bridge gaps between
opening and closing mold plates. Bolting together manifolds in a static arrangement in order to move plastic around the mold is nothing new. However, moving
manifolds in a hot runner has never been done before. It opens up a world of
possibilities for injection molders and mold designers.
For more info please visit:
09/19/2013
also allows molders to create continuous melt transfer connections that maintain
contact, and therefore flow, even when the mold plates separate. This new
product is one of several injection molding innovations that MHS will feature at
the upcoming K 2013 in Düsseldorf, Germany (Hall 1 Stand A09).
In large thin wall parts, Rheo-Pro® Slide™ Manifolds overcome the challenge
of flow path vs. wall thickness ratio. Using cascade fill, very long flow paths can
be realized, even in parts with extremely thin walls and large surface areas. A
cascading injection sequence using multiple drops across the part can keep the
melt pressure as well as the clamp force within limits. Having nozzles directly
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inside the slides of the mold is required in order for large parts with outside
features and long sidewalls to fill completely and eject.
09/19/2013
Rheo-Pro® Black Box™ Valve Gate Actuators
Superior Surface Quality
The height of the valve pin (or valve stem) can be adjusted accurately using
the easily accessible, 1mm fine thread in the piston. This makes fine tuning
quicker than with conventional valve gate hot runner systems and contributes to
improved surface quality on the gates.
For more info visit
Introducing the World’s Most ‘Indestructible’ Valve Gate
Actuator
mhs-hotrunners.com
MHS - Mold Hotrunner Solutions presents the RheoPro® VA4010 Black Box™ pneumatic valve actuator.
The new valve gate cylinder performs even under the
most extreme operating conditions by doing away with
elastomeric seals, lubricants, and cooling. The new
technology is ideal for both high temperature and clean room applications. The
Black Box™ is one of several injection molding innovations that MHS will feature
at the upcoming K 2013 in Düsseldorf, Germany (Hall 1 Stand A09).
Product Overview
03.02.002.01.01
Injection moulding machines up to 250 kN clamping
force
03.06.001
03.06.004
Standard parts for moulds
03.06.005
Hotrunner systems
03.07.001.01.03
Closed loop control equipment for temperature
03.07.001.01.05
Other control equipment
03.10.004
Nozzles
04.01
04.06
Built tough for High Processing Temperatures
Increasingly, automotive, medical and electronics manufacturers rely on high
temperature plastics such as PEEK, LCP, PSU, PEI, and PPS for their special
properties. Processing these materials requires high melt temperatures of up
to 450°C in the hot runner and mold temperatures of over 200°C. The VA4010
delivers precision performance in these hot conditions, without cooling or wear.
24/7 Operation with Zero Maintenance
This new technology is characterized by its durability and ease of maintenance.
No more production outages to replace seals. This feature makes the Black
Box™ cylinder especially attractive for continuous operation in high endurance
tools running mass production. Without the VA4010, cylinder maintenance is
very complicated in high temperature environments, especially for stack and
tandem molds.
Clean Room Ready
The Black Box™ is the first economical alternative to electric valve gates in clean
room manufacturing environments (e.g. for medical plastic parts). It is especially
well suited for sterile high cavity molds because there is no abrasion of sealing
material or contamination from lubricants.
Precision Fill
The instantaneous switching accuracy of the cylinder is in the millisecond range.
Synchronicity across all mold cavities ensures that each part fills with absolute
consistency. Its speed and reliability make the Rheo-Pro® VA4010 ideal for
cascade injection and sequential valve gating.
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Product Details
04.01
Minger Kunstofftechnik AG
Address
Industriestr. 19
9050 Appenzell
Switzerland
Phone
+41 71 7880120
Fax
+41 71 7880121
Internet address
www.minger.ch
E-Mail
info@minger.ch
Stand
Hall 12, A51-3 (Page 298)
M2M® Global Production Intelligence
Control to Go
M2M® manufacturing solutions enable real-time data
logging and production reporting for multiple injection
molding systems. Our Rheo-Pro® hot runner controllers and browser-based visualization tools offer a live, online overview of
all your molds and injection molding machines, whether they are operating in
a single plant or in multiple locations around the world.
04.06
Flow Analysis and Process Optimization
Flow Analysis
Company News
Our team of engineers and processing experts conduct
fill, pack, cool and warp simulations to help you eliminate risk up front and mold the best quality plastic parts
11.03.2013
Design Support
The right decisions in the development phase of your molding project will ensure
the success of your plastic part, make sure you get the best support from the
start
Feasibility Studies
Go beyond concept validation and achieve true part optimization with comprehensive analyses and process simulation
169
NEWS
MingaPeek von Minger Kunststofftechnik AG, in Appenzell
Die Minger Kunststofftechnik AG die bisher und nach
wie vor, hauptsächlich im Bereich der Fluorkunststoffaufbereitung tätig ist, bereitet nun auch PEEK (Polyetheretherketon) – Kunststoffabfälle zu hochwertigem, sauberen und problemlos wieder
verarbeitbarem Regranulat auf. Die Anlauf - und Probephase ist vorüber und
der sortenreinen und typgerechten Auslieferungen von PEEK (vorwiegende Aufarbeitung der Typen Victrex 450 G & Vestakeep 4000L) steht nun nichts mehr
im Wege. Das nötige Know-How und die zugehörige Technik sind im Hause
Minger vorhanden. Es können sogar emulsionsbehaftete oder trockene Drehund Frässpäne, als auch gewöhnliche Randabschnitte/ Restteile wiederaufbereitet werden. Die Firma Minger Kunststofftechnik AG vertreibt dieses Regranulat unter dem Markennamen „MingaPeek“. Zusätzlich bietet die Minger
Kunststofftechnik AG Lohnaufbereitungen aus angelieferten Abfällen von PEEK
zur Wiederverarbeitung im eigenen Betrieb für Halbzeugproduktion oder Compoundierung an. Somit trägt die Firma Minger Kunststofftechnik AG zur Verlängerung des Produkte Lebenszyklusses und zur Rohstoffressourcenscho-
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nung auch im PEEK - Bereich bei. Die Verringerung der thermischen Verwertung von Kunststoffen und Reduzierung von CO² ist unser Ziel. Wirtschaftliche
Lösungen für Kunststoffabfälle zu finden, unsere Herausforderung. Wir werden
auch in Zukunft weiterhin die Produktlebenszyklen der verschiedensten Kunststoffe verlängern und für die Industrie wieder einsatzfähig machen. Das ist unser
aktiver Beitrag zum Umweltschutz. Die Einsatzbereiche des PEEK, als eines
der hochwertigsten Kunststoffe überhaupt, sind unter anderem, hohe Maßgenauigkeit bei der Herstellung von Formteilen, Bauteilen, Fasern und Halbfabrikaten. Geeignet für hohe thermische Beständigkeit, kaum entflammbar, mechanische, chemische Beständigkeit und vor allem für den Einsatz, wenn exzellente Gleiteigenschaften gefordert sind. Testen Sie unsere Produkte!
Product Overview
01.01.127
Tetrafluoroethylene/perfluoroalkylvinylether
copolymers (PFA)
01.01.130
Thermoplastic urethane TPE-U/TPU
04.05
Subcontracting
Norner AS
Address
Asdalstrand 291
3960 Stathelle
Norway
Phone
+47 35578000
Fax
+47 35578124
Internet address
www.norner.no
E-Mail
post@norner.no
Stand
Hall 07.2, A32 (Page 286)
01.01.010.05
Polyamide
01.01.010.11
Compounds
01.01.025
Ethylene/chlorotrifluoroethylene copolymers (E/CTFE)
01.01.032
Granulates
01.01.046
Polyamide PA 11
01.01.047
Polyamide PA 12
01.01.070
Polyetheretherketone (PEEK)
09/30/2013
01.01.077
Polyethylene PE-HD
Norner has been part of the SafeRubber project having
high focus on human health and environment.
01.01.114
Polyvinylidene fluoride (PVDF)
01.01.116
Reclaimed material
In 2010 the SafeRubber project received EC funding
under the FP7 framework to develop a new, safe, multifunctional accelerator curative molecule which can replace thiourea-based accelerators e.g.ETU in the vulcanisation process of polychloroprene.
Company News
Norner AS
Breakthrough in new vulcanisation technology
After 3 years of work the The SafeRubber consortium now informs that they have
achieved to identify a safer accelerator molecule.
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10/15/2013
NORNER helps SIBUR with cost savings in Polyolefins
“SIBUR is continuously working to improve the quality of its products to better
serve its customers’ needs. We are happy to cooperate with Norner - a recognized leader in polyolefin additivation for polymers. Its wealth of experience and
technical expertise in this segment will contribute to further quality improvements
of SIBUR’s products.” - Says Kirill Maksimov, procurement director at SIBUR.
We have the pleasure to inform that SIBUR runs a cost
saving initiative for its polyolefin business and has engaged Norner in a joint project to facilitate the achievements.
Norner holds global expertise and has comprehensive
test facilities within additivation of polymers. Our core
competence in polyolefin additivation is now being utilised in a project for cost
saving and know how development at SIBUR, the largest integrated petrochemical company in Russia and CIS.
A strong asset of Norner is deep knowledge and long experience in additivation
of polymers including supplier contacts and network, performance testing, raw
material approvals and purchasing strategy.
SIBUR chose Norner to train their organization in additives for polyolefins followed by a program for qualification of additives and suppliers as well as codevelopment and implementation of new procurement processes. In this fruitful
cooperation with SIBUR, Norner’s experienced employees and scientific laboratories has been utilised during the training which took place both at Norner in
Norway and at NIOST, which is SIBUR’s scientific centre in Tomsk, Russia.
“The cooperation of NIOST LLC with Norner AS started in 2012. Significant
progress has been made with the assistance of highly qualified Norner specialists and we are now at an advanced level within the range of projects. We
know Norner AS as a trusted partner and we expect a long term cooperation
with Norner,” – says Director for science and technology of NIOST LLC Yury
Kazakov
During the last months, our cooperation has involved the following activities:
• Training in laboratory practices for testing and characterisation
• Re-engineering of procurement strategies and introduction of cross functional
processes
• Cost-performance optimization of products and simplification of supply chain
This has given the following positive results:
Based on the positive outcome from the additive project, SIBUR and Norner
have discussed innovation projects aiming to further strengthen SIBUR’s position in domestic and export markets
09/30/2013
Proprietary technology in Plastics from CO2
Norner has during the last years been active in the research of polymerisation of CO2 to form polymer. The
projects have focused on several critical aspects including additivation, catalyst, process efficiency and
application testing.
The research have lead to proprietary Norner technology for high purity and stability of polypropylenecarbonate (PPC).
The interest in making polymers from CO2 is huge due to the utilisation of a
waste product that is harming the climate, as well as the substitution of petro
based raw materials which are more costly than CO2.
10/15/2013
Scientific Polymer Web Shop
Imagine, having access to the polyolefin samples you
need. You can now order them in our webshop!
We now provide small samples of polyethylene and
polypropylene produced in our bench scale reactors at
our webshop.
Based on your needs we can provide the samples through our regular offer of
polyethylene or tailor made PE and PP according to customer specification.
• NIOST has reached the position to secure qualification of market leading additives to SIBUR
If you need...
• Highly efficient and transparent procurement processes for additives securing
high quality at the right cost
• Selected samples with defined characteristics and variations
• Boost SIBUR knowledge in polyolefin additivation to provide products that exceed client’s expectation and more efficient plant operation
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• Specific compositions, comonomers, Mw, MWD
• Thoroughly characterised and well defined
NORNER’s polymerisation laboratory can supply this!
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We supply a wide range of PE materials polymerised with standard catalysts
and comonomers in slurry conditions. These polymers are suitable for scientific,
research and development work where well defined polymers are needed for
physical or chemical studies or for calibration purposes.
Samples will be delivered with Material Safety Datasheets (MSDS) and Certificate of Analysis (COA) with analytical data like MFR, density, comonomer
content, DSC, GPC and information of additivation for pellet samples.
Extended offer on request
In addition to our standard offer we can provide a wider range of materials on
request or in larger amounts. Alternative PE materials can range from uni-modal
materials made in gas phase, slurry or bulk, to more advanced or complex com
Tailor made products according to our clients’ own chemicals, such as catalysts,
comonomers, additives etc. can be prepared by our polymerisation facility including pelletisation and additivation. Additional analyses, polymer test data etc.
can also be provided.
09/05/2013
Norner barrier calculator - new functionality multiplied
its use
The barrier calculator by Norner for packaging has become an important tool for the packaging industry.
The calculations give the users good information for their packaging development, vendor evaluations and procurement.
Plastics with life time > 500 years
Cinevation AS (Drammen, Norway) has developed technology to store digital
information on photosensitive film, and their Archivator® will provide solutions
to the challenges at hand. Cinevation is the lead partner of the collaborative
project and Norner is the main material technology provider, securing longevity
of the total solution.
“The US Library of Congress is required to retain some of its data for the lifetime
of the Republic plus 4,000 years”, says Lars H. Evensen, Business Development
Manager at Norner. “Our ambitions does not stretch that far, but we want to
secure that the materials involved in our solution can protect the data for 500
years plus”.
In addition to expert knowledge in degradation mechanisms for polymers and
state of the art test methods for longevity and lifetime estimations, new highly accelerated methods must be developed. On top of in-house capabilities, Norner
is building on competence at IPI – Image Permanence Institute (USA) and the
University in Oslo.
“With the complexity of materials involved and the extreme time horizon where
even trace molecules can play a role in relevant degradation mechanisms, we
have to cooperate with the best brains”, says Svein H. Jamtvedt, Project Manager at Norner.
Together with a consortium of highly reputed companies and institutions supported by the EUROSTAR program and the Norwegian Research Council, Norner is
dedicating its world leading competence in polymers
and additives to protect data of high value to companies and mankind.
Svein H. Jamtvedt has been working with the development of stabilisation systems for polymers since early 80’ies where solutions for water pressure pipes in
PE requiring life time of ~100 years is the most relevant reference for this work.
The writing is on the wall - or the tablet or the laptop:
the amount of data we’re producing and need to keep
Current storage media and related hardware and software need updating at least
every 5-10 years and require more and more investment. The integrity of data
is at risk every time it’s retrieved and re-stored. With the recent natural disasters
all over the world and expectations to an increasingly tougher climate, traditional
digital data storage solutions and paper files are not safe.
Norner is working closely together with all stakeholders from manufacturers of
film stock, film processing equipment, film recording and printing and providers
of physical storage solution, mapping all potential sources having negative impact on longevity performance of the system. In addition, Norner is responsible
for the development of a complete packaging solution for the film stock, capable
of protecting the data medium for the required lifetime.
After the new functionality of WVTR was added to
our web-based barrier calculator, hundreds of users
weekly now make their calculations to simulate permeability of oxygen and water vapor in their plastic packaging under different conditions.
10/15/2013
safe for future generations is increasing daily. The digital data we store is arguably the ”DNA” of our modern civilisation and represents our thinking, our
creativity, our problem-solving ability and our discoveries. It holds the key to
sustaining modern life. Keeping this data tamper-proof and retrievable in its
original form, whenever needed, is extremely important.
“We see an increasing interest for our capabilities within additives and stabilisa-
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tion of polymers”, says Lars H. Evensen. “Large clients all over the world are now
benefitting from our experience whether for optimisation of cost-performance, introduction of high purity additives for the food and pharmaceutical sector, development of new additive solutions or training in petrochemical industry for better
customer satisfaction”.
Norner is taking on the role as the neutral, world leading testing body and technology partner there additive manufacturers can benchmark their products and
petrochemical companies can get support to their challenges in polymer stabilisation.
10/15/2013
Testing durability at extreme conditions
Norner demonstrates commitment to the Oil and Gas
industry through investments in new test facilities for
Norsok M-710.
“These extended capabilities for ageing and durability studies give established
and new customers in the offshore industry an even more complete range of
competence and capability in material technology” says Tine Rørvik, Managing
Director of Norner.
“We are a leading provider of failure analysis and third party material testing and
the new tests demonstrate that Norner takes the challenges in oil, energy and
marine industries seriously.” Says Henning Baan, Laboratory manager at Norner
Norner engages in product development, research projects, quality assurance,
durability testing, failure analysis and consulting through the whole plastics value
chain. The labs include advanced test facilities and process pilots with ISO 9001
approval and Achilles qualification.
Product Overview
New investments in test facilities have been installed
and methods for testing of non-metallic materials in
contact with media related to Oil and Gas production
according to ISO and Norsok standards are established. We continue therewith to extended our laboratory for ageing, compatibility and weathering durability with test methods for qualification of systems
used in offshore and marine sector.
Norner laboratories can now offer:
04.06
Norner AS
Product Details
04.06
Norner AS
Facts about Norner
Norner is an independent and global plastic institute
with advanced laboratories.
Ageing under high pressure and high temperature
• High pressure water / seawater
• High pressure / temp, aggressive fluids and gases
We are more than 60 plastic- and material technologists in modern facilities including 4000 m2 advanced laboratories, test facilities and process pilots.
• Rapid gas decompression
We engage in:
• Evaluation of material properties
Norsok M-710
New product development Research projects Technical studies Plastics processing trials Quality assurance Third party testing Durability testing Failure
analysis and consulting.
• Qualification of non-metallic sealing materials and manufacturers
Our key expertise are:
• Compatibility testing, ageing under severe conditions
Polymers and catalysts Polymerisation process and pilots Thermoplastic applications Plastics processing Material testing and analysis Additives and their
function
ISO 2393
• Non-metallic materials in contact with media related to Oil & Gas production,
part 1 : Thermoplastic
• Non-metallic materials in contact with media related to Oil & Gas production,
part 2 : Elastomers
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We perform technical studies, trials and testing thermoplastic applications like:
Films and flexible packaging Injection moulding Extrusion blow moulding Rotational moulding Pipes Automotive
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Aufgrund der Temperatur- und Druckverhältnisse erlaubt der Spritzgussprozess
eine autosterile Fertigung von Teilen. Aber sobald das Formteil fertig gegossen
ist, muss es unter Reinraumbedingungen gehandhabt werden. Aus diesem
Grund ist die Maschine von einer Schutzhülle ummantelt in die reine Luft einströmt und somit keine Fremdkörper eindringen können (siehe Abbildung 1).
Nach Entnahme und Ablage des Bauteils mit einem Roboterarm auf ein Förderband und Passieren der Schleuse kann eine weitere Bearbeitung des Formteils
im Reinraum erfolgen, wie z. B. die Beschichtung des Kunststoffes mit antibakteriellen Materialien.
Ostthüringische Materialprüfgesellschaft für Textil und
Kunststoffe mbH - OMPG mbH
Address
Breitscheidstr. 97
07407 Rudolstadt
Germany
Phone
+49 3672 379420
Fax
+49 3672 379379
Internet address
www.ompg.de
E-Mail
schwarz@titk.de
Stand
Hall 07, B24 (Page 282)
Company News
04.09.2013
Mit der errichteten Demonstrationsanlage ist das TITK in der Lage, unter medizintechnikgerechten Bedingungen die Entwicklung und Fertigung von Mustermaterialien für anspruchsvolle Spezialanwendungen im Labor- und Pilotmaßstab
zu betreiben.
Weitere Anlagentechnik ist noch geplant bzw. wird gerade in Betrieb genommen, um auch Compoundherstellung und Polymermodifizierung in Schmelze
unter Reinraumbedingungen betreiben zu können.
Mögliche Anwendungen sind Materialentwicklung, -austestung und -optimierungsversuche
sowie Bemusterung im Bereich Spritzguss, aber auch Beschichtungen unter
hochreinen Umgebungsbedingungen für Kunststoffe in medizintechnischen und
optischen Anwendungen.
Ostthüringische Materialprüfgesellschaft für...
TITK erweitert Anlagentechnik mit einem Reinraum für
die Entwicklung von Medizinprodukten
Erste Probeläufe mit der Spritzgussmaschine wurden erfolgreich durchgeführt.
Weitere interessante Forschungsergebnisse sowie das Dienstleitungsangebot
der Ostthüringischen Materialprüfgesellschaft für Textil- und Kunststoffe mbH
(OMPG) werden am Messestand des TITK e. V. in Halle 7, Stand B24
vorgestellt.
Das Thüringische Institut für Textil- und KunststoffForschung e. V. ist auch in diesem Jahr auf der K
2013 in Düsseldorf vom 16.10. – 23.10.2013 in Halle
7, Stand B24, vertreten.
Thüringisches Institut für Textil-
Die Medizintechnik ist national wie international ein
„starker Motor“ für die Entwicklung neuer polymerer
Hightech- und Funktionsmaterialien. Ein Forschungsschwerpunkt der Abteilung
Kunststoff-Forschung ist bereits seit einigen Jahren die Entwicklung bioaktiver /
biogener Kunststoffmaterialien.
Zur medizinproduktgerechten Fertigung und Bemusterung wurde ein neues
Technikum installiert, welches neben einem Reinraum (ISO-Klasse 6) auch
einen Spritzgießautomat (Battenfeld, Wittmann) mit Robotertechnik zur automatisierten (partikel- / keimarmen) Entnahme von Form- und Musterteilen umfasst.
Es sind erste F&E-Projekte in Bearbeitung, die eine Nutzung des Reinraumes
einschließen. Das dort behandelte Themengebiet umfasst vor allem die antibakterielle Ausstattung verschiedener Medizintechnikprodukte und -artikel, als auch
ein breitgefächertes Materialscreening.
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und Kunststoff-Forschung e.V.
Breitscheidstraße 97
07407 Rudolstadt
Tel.: +49 (0)3672 379 - 0
Fax: +49 (0)3672 379 - 379
Email: info@titk.de
Internet: www.titk.de
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Ansprechpartner
Dr. Stefan Reinemann
07407 Rudolstadt
Leiter Fachbereich Kunststoff-Prüfung
Tel.: +49 (0)3672 379 - 0
Tel.: +49 (0)3672 379 - 400
Fax: +49 (0)3672 379 - 379
Fax: +49 (0)3672 379 - 379
Email: info@titk.de
Email: reinemann@titk.de
Ansprechpartner
04.09.2013
Wärmeleitfähiges Guss-PA
In aktuellen Arbeiten werden innerhalb des Thüringischen Institutes für Textil- und Kunststoff-Forschung
(TITK e.V.) insbesondere auch Guss-Polyamide wärmeleitfähig ausgerüstet. Derartige Komposite erreichen neue Eigenschaftsniveaus.
Die wärmeleitfähigen Polyamid- Komposite auf der Basis von anionisch polymerisiertem ε-Caprolactam und Bornitrid wurden im Rahmen eines vom BMWi
geförderten Forschungsprojektes im TITK e. V. entwickelt.
Im Ergebnis konnten an den entwickelten Guss-Polyamiden Wärmeleitfähigkeiten
von bis zu 2 W / m * K
bei Additivgehalten bis zu 30 wt% in Abhängigkeit der Korngrößenverteilung des
Bornitrids erzielt werden.
Gegenüber einem ungefüllten Polyamid 6 G konnte damit die Wärmeleitfähigkeit
um 600 % gesteigert werden.
Diese Verbundmaterialien können als wärmeleitfähige Bauteile zum Einsatz
gelangen, bei denen z. B. auftretende Friktionswärme schnell abgeführt werden muss (hoch beanspruchte, bewegte Teile, wie Zahn-räder, Seilrollen etc.).
In den Technika des TITK sind weitere Arbeiten zur Einbringung von Füll- und
Verstärkungsstoffen bzw. von funktionellen Additiven in Gusspolyamide vorgesehen.
Das TITK e. V. dankt dem Bundesministerium für Wirtschaft und Technologie
für die Förderung des FuE-Vorhabens “Wärmeleitendes Gusspolyamid“, Nr. MF
100073, im Rahmen des INNO-KOM-Ost-Programmes.
Weitere Forschungsergebnisse sowie das Dienstleitungsangebot der Ostthüringischen Materialprüfgesellschaft für Textil- und Kunststoffe mbH (OMPG) werden
am Messestand der OMPG in Halle 07, Stand B24 vorgestellt.
Thüringisches Institut für Textilund Kunststoff-Forschung e.V.
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Tel.: +49 (0)3672 379 - 400
Fax: +49 (0)3672 379 - 379
04.09.2013
TITK präsentiert hochwirksame antibakterielle und
universell kompatible Masterbatchmaterialien
Das Thüringische Institut für Textil- und KunststoffForschung e. V. (TITK, www.titk.de) ist auch in diesem
Jahr auf der K 2013 in Düsseldorf vom 16.10. –
23.10.2013 in Halle 7, Stand B24, vertreten.
Das TITK präsentiert unter anderem Forschungsergebnisse auf dem Gebiet der antibakteriellen Ausrüstung
von Kunststoffen
Mit dem bereits auf der K 2010 vorgestellten Zink-haltigen PEImC16-Zn 6-p und
dem Silber-haltigen PEImC16-Ag 8-p bietet das TITK zwei antimikrobielle Hybridpolymere an, die in Form von Beschichtungen, durch Extrusion und Spritzguss zur antimikrobiellen Funktionalisierung von Oberflächen und Kunststoffen
verwendet werden können.
Um die kunststofftechnische Verarbeitung dieser antimikrobiell wirksamen Additive zu optimieren, wurden diese mit speziellen, für die Medizintechnik vorgesehenen PEBA-Typen zu hochkonzentrierten antimikrobiellen und universell
kompatiblen Masterbatches weiterverarbeitet. Die universelle Kompatibilität
kommt durch die chemische Struktur von PEBA zustande, welches aus polaren
Polyamidblöcken und unpolaren Polyetherblöcken besteht. Jeder Masterbatch
enthält 50 Ma% antimikrobiell wirksames Additiv, sodass der Extrudeur oder
Spritzgießer nur geringste Mengen an Masterbatch zusetzen muss um sein Ma-
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terial mit antimikrobiellen Eigenschaften auszustatten, ohne dabei seine Einstellparameter an seinem Extruder oder seiner Spritzgussmaschine ändern zu
müssen.
Im Rahmen der Forschungsaktivitäten wurden die entwickelten Masterbatchmaterialien in unterschiedlichen Konzentrationen mit den für die Medizintechnik relevanten Matrixpolymeren PE-LD, PA6 und TPU zu antimikrobiellen Polymerblends verarbeitet, wonach deren Blendmorphologie und deren Funktionseigenschaften charakterisiert wurden. So wurden die entwickelten Polymerblends im hausinternen Biologielabor des TITK auf ihre antibakterielle Wirksamkeit gegen den Bakterienstamm Staphylococcus aureus getestet. Alle
Silber-haltigen Polymerblends wirkten schon bei dem geringsten Masterbatchgehalt von 2 Ma%, unabhängig vom jeweiligen Matrixpolymer bakterizid. Die Zinkhaltigen Polymerblends wiesen nur eine geringfügig niedrigere antibakterielle
Wirkung gegen Staphylococcus aureus auf. Durch ihre universelle Kompatibilität können die antimikrobiellen Masterbatchmaterialien in unterschiedlichsten
Bereichen der Medizintechnik und der lebensmittelverarbeitenden Industrie verwendet werden. So könnte man beispielsweise im medizintechnischen Bereich Katheter, Dichtungen, sowie Förderbänder für Lebensmittel aus antimikrobiellen TPU-Polymerblends und Verpackungsmaterialien für medizintechnische
Produkte aus antimikrobiellen PE-LD- und PA6-Polymerblends herstellen.
Hervorzuheben ist, dass eine hohe antibakterielle Wirksamkeit mit einem geringen Masterbatchgehalt erreicht werden kann, ohne, dass eine nennenswerte
Beeinflussung der restlichen Materialeigenschaften eintritt.
vorgestellt.
Tel.: +49 (0)3672 379 - 400
Fax: +49 (0)3672 379 - 379
04.09.2013
OMPG - vielseitiger Dienstleister für die
Kunststoffbranche
Die Ostthüringische Materialprüfgesellschaft für Textilund Kunststoffe mbH ist in diesem Jahr auf der K 2013
in Düsseldorf vom 16.10. – 23.10.2013 in Halle 7, Stand B24, vertreten.
Seit über 20 Jahren ist die OMPG (akkreditiert nach DIN EN ISO / IEC 17025)
auf dem Gebiet der Kunststoffprüfung tätig.
Das Angebotsspektrum reicht von den klassischen Eigenschaften, die in Datenblättern aufgeführt werden, bis zu spezialisierten Prüfungen für Anwendungen
im Automobil- und Elektrobereich.
Das breite Ausrüstungsprofil der OMPG erlaubt die Prüfung von Textilien,
Faserverbundmaterialien und Kunststoffen. Das Prüfgut kann sowohl als Granulat für den Probekörperspritzguss als auch als Halbzeug oder Bauteil angeliefert werden.
Schwerpunkte der Prüfungen sind u.a.:
- allgemeine Materialkennwerte
- Mechanische und physikalische Kennwerte
- Brandprüfungen (nach Automobilnormen und UL94)
- Glühdraht- und Kriechstrommessungen
- Wärmealterungen und Langzeitöllagerungen
- Klimaprüfungen
07407 Rudolstadt
- Prüfung von chemikalischen Beständigkeiten
Tel.: +49 (0)3672 379 - 0
- Prüfung von lackierten Bauteilen
Fax: +49 (0)3672 379 - 379
- Belichtung und Bewitterung
Email: info@titk.de
Dienstleistungen im Bereich Probenherstellung:
- Polymerisation von PA und PET
Ansprechpartner
- Compoundierung
- Folienherstellung (Flach- und Blasfolie)
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- Spritzguss
Das Dienstleitungsangebot der Ostthüringischen Materialprüfgesellschaft für
Textil- und Kunststoffe mbH (OMPG) und interessante Forschungsergebnisse
des Thüringischen Instituts für Textil- und Kunststoff-Forschung e. V. werden in
Halle 7, Stand B24 vorgestellt.
Extrusion von Compounds ab 5 kg bis max. 1000 kg aus PP, PA6, PA66, PET
und anderen Kunststoffen mit
Füllstoffen (Pulver, Fasern und Flüssigkeiten).
Herstellung von Probekörpern
- Spritzguss Zugstäbe, Platten bis 110 mm x 100 mm u.a.
Ostthüringische Materialprüfgesellschaft
- Fräsen von Probekörpern aus Platten
für Textil- und Kunststoffe mbH
Folienextrusion
- Flachfolie
07407 Rudolstadt
- Blasfolie
Tel.: +49 (0)3672 379 - 0
Fax: +49 (0)3672 379 - 379
Polymerisation
Email: schwarz@titk.de
- von PET und PA6 (bis 5 kg)
Internet: www.ompg.de bzw. www.titk.de
04.06
Ansprechpartner
Prüfungen
Werkstoffprüfung:
Kunststoffe / Faserverbundwerkstoffe
Tel.: +49 (0)3672 379 - 400
Polymere (Kunststoffe allgemein), Polyamide, Polyester Faserverbundwerkstoffe
Bauteile Folien/ Platten Schaumstoffe Leder/ Kunstleder Membranen
Fax: +49 (0)3672 379 - 379
Textilien
Garne, Filamentgarne, Zwirne Faser Textile Flächengebilde/ Vliese
Anderes
Product Overview
04.03
Trade associations
04.05
Subcontracting
04.06
Product Details
04.05
Polymerlösungen Rücknahmepflichtige Elektrogeräte RoHS Automobilspezialprüfungen
Prüfungen/ Kennwerte
Allgemeine Materialkennwerte Mechanische/ Physikalische Kennwerte Chemische Analytik Farbuntersuchungen Beständigkeiten/ Echtheiten Bewitterung Elektrische Untersuchungen Oberflächen- und Schichtcharakterisierung, u.a. Mikroskopie
Oberflächencharakterisierung und Schadensanalytik mittels REM und IR-Spektroskopie
Porosimetrie Partikelanalyse Beanspruchungskennwerte
- Wasser
- Klima (Temperatur, Licht, Alterung)
Subcontracting
Extrusion, Spritzguss, Folienherstellung, Polymerisation
- Brand (Brennverhalten)
Extrusion
Prüfung für Automobilanwendungen:
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Materialkennwerte
Pallmann Maschinenfabrik GmbH & Co. KG
z.B. Dichte, Feuchte, Glührückstand, Viskositäten, Zugfestigkeit usw.
Wärme-/ Kälteverhalten, Wärmelagerung
Address
Wolfslochstr. 51
66482 Zweibrücken
Germany
Phone
+49 6332 802-0
Fax
+49 6332 802-521
Internet address
www.pallmann.eu
E-Mail
plastics@pallmann.eu
Stand
Hall 09, A22 (Page 292)
z.B. Vicat-Erweichungstemperatur, HDT-Temperatur, Alterungsbeständigkeit usw.
Lichtechtheit
z.B. Heißlichtechtheit mit Xenotest Alpha
Emissionen/ Schadstoffuntersuchungen
z.B. Fogging, Geruchsprüfung, Schwermetallbestimmung usw.
Beständigkeiten
z.B. Chemikalienbeständigkeit, Wasseraufnahme, Extraktionsverhalten,
Abriebverhalten usw.
Anwendungsorientierte mechan. Prüfungen
z.B. Kugelfalltest, Fallbolzentest, Weiterreißfestigkeit usw.
Produkte:
Antibakterielle & Fungizide Masterbatche
Company News
Elektrisch leitfähige und abschirmende Compounds
06/25/2013
Wärme- und Kältespeichermaterialien
New Co-Managing Directors at Pallmann
Mr. Dirk Homann and Dr. Claus Maack are the new co-managing directors
of Pallmann Maschinenfabrik GmbH & Co. KG. They take over responsibility
for the commercial department and respectively the production and logistics department of the international specialist for size reduction technology based in
Zweibrücken.
Since April 1st 2013, Mr. Dirk Homann has been appointed Chief Financial
Officer of Pallmann Maschinenfabrik GmbH & Co.KG, the specialist of size reduction technology as well as of its complementary GmbH, Ludwig Pallmann
Verwaltungsgesellschaft mbH. He takes over responsibility for the following departments: Controlling, finance, personnel and central purchasing. Mr. Dirk
Homann was previously employed at Ferrostaal AG in Essen, and he was part
of the management team of Büttner Energy- and Drying Technology GmbH. He
successfully managed the project management division, the service- as well as
the sales and marketing department. Mr. Homann brings extensive knowledge
of the wood industry as well as of the machine and system construction field
with him into his new position. Mr. Homann therefore fits perfectly within the
Pallmann Company where he is now taking over commercial responsibly. Since
last year already, Dr. Claus Maack has been appointed Managing Director of the
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production and logistics department. Dr. Maack comes from the classical machine tooling industry. For approximately 20 years now he has been responsible
for the production and development of specialty machines with various machine
manufacturing companies. Dr. Maack was most recently employed with Erwin
Junker company, a precision grinding machines manufacturer. There he was
responsible for the production processes at several national and international
location.
06/25/2013
Pallmann Industries acquires technology from BP
Recycling Systems
find alternatives for landfills and reuse all available resources on a global scale,”
he says. “The remaining waste can also be used as a source for energy at power
plants.”
Rolf Gren further notes that the group’s global sales and service network, combined with its existing installed base, enables further growth for the group’s recycling equipment business.
Product Overview
Zweibrücken, Germany (29 April 2013) - Pallmann Group
is strengthening its position in briquette and pelletizing recycling technology with the acquisition of technology from Swiss company BP Recycling Systems GmbH,
based in Switzerland. Pallmann Group is making the acquisition via Pallmann Industries Inc., a group company
based in Clifton, NJ, USA. The value of the transaction
is not being disclosed.
Pallmann is a leading specialist provider of equipment and services for size
reduction and preparation techniques in various industries, offering more than
1000 machine designs. Its equipment handles applications for materials ranging from soft through medium-hard, brittle to viscoelastic and fibrous. The acquisition of BP Recycling Systems’ technology will enable Pallmann to extend
its offering to include a full line of equipment for making briquettes and pellets
from municipal and industrial solid waste, biomass, plastics, textiles, glass, nonferrous metals, and wood.
Briquetting and pelletizing are technologies downstream from pre-shredding and
sorting of waste into homogenous waste streams, and are key for preparing the
waste going into recycling and fuel.
The acquisition also enables Pallmann to expand into new sectors, such as recycling of industrial waste and preparation of refuse-derived fuel (RDF) for combustion or gasification. “This type of technology is a perfect match with our existing competencies in shredding all kinds of solid waste,” says Mr. Rolf Gren,
General Manager of Pallmann Industries. “It offers a good basis to expand our
offering to our existing customers as well as to new ones.”
Mr. Gren says that recycling customers will gain assurance from the acquisition
that Pallmann Group is a stronger partner than ever in equipment for fragmentizing waste.
03.01.003
Size reduction equipment (crushers, shredders,
grinders)
03.01.005
Pelletizers
03.01.008
Compounding lines
03.01.009
Recycling lines
03.02.006.04
Machines for the tyre industry
04.05
Subcontracting
Product Details
04.05
Subcontracting
Research and Technology Center
Worldwide, the PALLMANN Research and Technology
Center offers unique possibilities for the development
and trials of size reduction and preparation technology.
As a special service, development trials for the selection of new materials and
machines are performed for our customers. We assist our customers by means
of custom grinding, in case of capacity deficiencies or to bridge over delivery
time for a new system.
More than 130 machines from the widest variety of technologies are available
for cutting, pulverizing, agglomerating, fiberizing, breaking, separating and recycling.
“Handling solid waste is becoming more important as there is a growing need to
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Our services: - Test runs - Custum grinding
clients often disregarded the consultant’s advice, since in a boom time it was still
possible to remain in business in spite of the company’s apparent inefficiency.
In 1988 the UK Plastics Consultancy Network (PCN) was formed to provide
clients with a network of bona fide, qualified and professional plastics consultants. The PCN is a method for potential clients to choose an appropriate and
experienced individual consultant or to quickly gather together a team of experienced people to undertake tasks that were too large or time-consuming for the
individual consultant. The typical PCN consultant has many years of theoretical
as well as practical experience, which is instantly available to potential clients.
PCN Plastics Consultancy Network
Address
19A Oxford Street
RG17 8XS Lambourn
Phone
+44 1488 72027
The PCN celebrated its twentieth anniversary in 2008, and has been affiliated
to the British Plastics Federation for the past 16 years. The PCN also has links
with the Plastics and Rubber Advisory Service (PRAS), where it offers extensive
consultancy expertise services to inquirers. It also has overseas members in the
USA and Europe and is expanding the network throughout the world.
Fax
Internet address
www.pcn.org
E-Mail
pcn@pca-materials.com
Stand
The skill areas
The current members of the PCN can work in all of the following disciplines.
Materials and design - additives & property modification, analysis, materials selection, product design, product engineering, tool design and sourcing.
Hall 12, D35 (Page 298)
Processing - All the plastics processing methods, such as injection, blow moulding, extrusion, thermoforming, rotational moulding, welding etc are covered.
Product Overview
04.06
Product Details
04.06
Commercial - environmental and recycling, expert witness and legal, export &
import, legislative and regulatory, marketing and market research, mergers and
acquisitions, strategic planning and forecasting, technology transfer and licensing.
Markets - All major markets sectors.
Other skills - Authoring, benchmarking, degradation, literature and patent search,
project management, training, translation, trouble shooting, web site design and
manufacture.
Product information
Background
During the buoyant 1980’s there were many people in the plastics industry who
were offering their services as consultants. Their success, if at all, may have
been due to the fact that expanding companies were having difficulty in finding staff to cope with the rapid expansion experienced by most plastics related
organisations in the UK.
Unfortunately, some of the consultants who worked during this period were neither experienced, nor well equipped to carry out many of the commissions that
they had accepted. As a result, consultants as a group were often regarded
as being an expensive luxury, and sometimes of doubtful benefit. Furthermore,
Secondary Operations - finishing and decorating, testing, welding and fastening.
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The future
Qualified consultants are here to stay. This is mainly due to the fact that methods
of trading have changed dramatically and these changes will oblige manufacturers to alter their methods of operation.
At the PCN, we see the role of the PCN consultant expanding with clients and
consultants effectively working together for their mutual benefit.
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sorientierter Fragen rund um die großen Themen Bevölkerungswachstum, Energiebedarf, Klimawandel. Wie auch die bisherigen Sonderschauen anlässlich
der K Düsseldorf wird es auf der Sonderfläche erneut eine Kombination zwischen Information, Interaktion und Show-Elementen geben.
PlasticsEurope
Address
Mainzer Landstr. 55
60329 Frankfurt am Main
Germany
Phone
+49 69 2556 1303
Fax
+49 69 251060
Fünf Themenfelder werden beispielhaft für die ungezählten Anwendungsmöglichkeiten
und Eigenschaften von Kunststoffen stehen. Heißt es beispielweise „Kunststoff
bewegt – Menschen“, so bezieht sich dies u.a. auf die persönliche Mobilität
dank Auto, Bus, Bahn und Flugzeug, und ebenso auf die Mobilität behinderter
Menschen dank moderner Hilfsmittel. Immer wird auch die Nachhaltigkeitskomponente aufgezeigt.
Für emotionale Bewegung im Leben sorgen häufig Sport und Kunst – auch
hier gibt es überraschende Beispiele für das Potenzial von Kunststoffen zu entdecken. Das gilt für den Leistungs- wie auch den Behindertensport und den
Freizeitbereich. Modernes Design ist ohne die Verwendung polymerer Werkstoffe undenkbar, sie sind auch auf der Bühne ebenso zu finden wie im Museum
und in der Architektur.
Internet address
E-Mail
Stand
Hall 06, C40 (Page 278)
Company News
03.07.2013
PlasticsEurope
Sonderschau zur K 2013 steht unter dem Motto
„Kunststoff bewegt!“
Kunststoff ist der Werkstoff, der die Welt bewegt – auch mit Blick auf die großen
Aufgaben der modernen Gesellschaft. Außerordentlich vielseitig, leicht, sicher,
dauerhaft, wirtschaftlich und zudem eindrucksvoll energieeffizient – aufgrund
ihrer positiven Eigenschaften sind die polymeren Werkstoffe aus den meisten
Lebensbereichen nicht mehr fortzudenken. Und ihr Siegeszug ist längst noch
nicht zu Ende, sie erobern ständig neue Einsatzgebiete. Welche Beiträge Kunststoffe zu einem „Leben in Bewegung“ leisten, buchstäblich und im übertragenen Sinn, werden rund 3.100 Aussteller auf der K 2013, der weltgrößten Messe
für Kunststoff und Kautschuk, vom 16. bis 23. Oktober in Düsseldorf demonstrieren. Ausgewählte Beispiele werden zudem in der Sonderschau „Kunststoff
bewegt!“ im Düsseldorfer Messegelände zu erleben sein. Sie verdeutlichen,
dass Kunststoffprodukte nicht nur bereits heute den Alltag in vielerlei Hinsicht
verbessern, sondern auch dazu beitragen, die Probleme der Zukunft zu lösen
und Ressourcen für die Welt von morgen zu schützen.
Der Begriff „bewegen“ wird in der Sonderschau in Halle 6 sehr weit gefasst.
So wird es um die direkten Beiträge der Kunststoffe zu den unterschiedlichen
Facetten von Mobilität gehen, aber auch um emotionale Bewegung z.B. durch
Kunst und Design und ebenso darum, Anstöße zu geben für Lösungen zukunft-
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Innovationen und Visionen werden im Themenfeld „Kunststoff bewegt – die
Zukunft“ dargestellt. Dabei geht es um energieeffizientes Wohnen ebenso wie
um die Medizin von morgen, um Wasseraufbereitung und die Bereitstellung von
Nahrungsmitteln für eine wachsende Weltbevölkerung. Die Einsatzgebiete für
Kunststoffe als Problemlöser sind äußerst vielfältig.
Die Präsentationen in der Sonderschau werden durch VIP-Vorträge sowie
tägliche Diskussionsrunden (außer am Sonntag und am letzten Messetag)
mit Experten aus Wissenschaft und Industrie ergänzt. Den Anfang der VIPs
macht am zweiten Messetag mit Bertrand Piccard ein herausragender Pionier in
Sachen Fliegen mit Solarenergie. Sein Solar Impulse-Projekt absolviert zurzeit
den bisher längsten Flug, quer durch die USA, von San Francisco bis New York,
nur mit Energie aus der Sonne. Für 2015 plant er die erste komplette Weltumrundung mit Solarkraft.
Bei den täglichen Diskussionsrunden werden auch schwierige Themen wie z.B.
Marine Litter, das Problem der Abfälle in den Weltmeeren, nicht ausgespart.
Mit Blick auf die hohe Internationalität bei den Ausstellern und Besuchern der
K 2013 werden diese Diskussionen abwechselnd in Deutsch und in Englisch
geführt. Am Sonntag, 20. Oktober, wird es den schon traditionellen Jugendtag in
der Sonderschau geben. Im Mittelpunkt des Programms werden verschiedene
Posiumsdiskussionen von Jugendlichen mit hochrangigen Vertretern der Kunststoffindustrie und aus der Wissenschaft stehen.
Die Sonderschau wird für Aussteller und Fachbesucher der K 2013 und auch für
die breite Öffentlichkeit von Interesse sein. Sie ergänzt traditionell die Präsentationen der ausstellenden Unternehmen um zukunftsweisende Aspekte und
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untermauert die Ausnahmestellung der K Düsseldorf als Trendbarometer und
Innovationsforum der gesamten Branche. Verantwortlich für die Organisation
sind die deutsche Kunststoffindustrie unter Federführung von PlasticsEurope
Deutschland e.V. und die Messe Düsseldorf.
Product Overview
04.03
PlasticsEurope
Trade associations
PLATTS
complex, use Platts Market Data - Petrochemicals to help you manage risk when
making important trading decisions.
React and adapt to changing environments
Trade at price levels that are in sync with other market participants by having the
latest global prices assessments always to hand Find your next opportunity by
analyzing your forward curves and identifying diverse trading patterns, pricing
trends and characteristics Simplify and protect your data analysis and modelling
process by using our data to populate your proprietary financial models with ease
and confidence Develop an inherently strong pricing and business strategy by
referencing daily and historical spot and contract price assessments Write contracts and negotiate transactions with confidence by understanding price drivers
and fluctuations
Platts Newsletters
Address
20 Canada Square, Canary Wharf
E14 5LH London
Phone
+44 207 1766127
Fax
+44 207 1766635
PLATTS NEWSLETTERS
Internet address
www.platts.com
Polymerscan - provides vital news and price assessments concerning the global
basic commodity plastics markets - PVC, polyethylene, polypropylene, polystyrene,
ABS and PET - plus various feedstocks information.
Platts is dedicated to helping the petrochemical industry operate with transparency and efficiency by providing petrochemical prices that are respected
around the world. Our global team of industry specialists covers polymers, aromatics, olefins and solvents and bring you the timely, independent and unbiased
petrochemical news, market commentary, analysis and prices you need to help
drive critical business decisions.
E-Mail
Stand
Asian Petrochemicalscan - provides weekly market updates, commentary and
assessments ranging from naphtha feedstocks to aromatics, olefins, and polymers in Southeast Asia, Korea, Taiwan and Japan.
Hall 07.1, C30 (Page 284)
Solventwire - delivers weekly assessments, spot quotes, and market news on
the European and U.S. markets.
Product Overview
04.02.004
PLATTS
Product Details
04.02.004
PLATTS
Platts Market Data - Petrochemicals
Platts real time market news
Petrochemical Alert gives you everything you need to stay informed and react to
changing market conditions, including minute-to-minute updates on news and
pricing for all your petrochemical needs. From news flashes to long-range analysis, and real-time deal reporting to end-of-day price assessments, Petrochemical Alert is consistently first to deliver breaking news that moves the world’s
petrochemicals markets. It’s an indispensable tool for those making crucial decisions.
With unconventional feedstocks becoming more conventional, there’s increasing fluctuation in the petrochemicals markets. As supply chains grow ever-more
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PRM-Taiwan (Polaris Creative Corp.)
Region Köln/Bonn e.V.
Address
No. 12, Lane 184, Sec. 2, Taichung
407 Taichung
Taiwan
Address
Rheingasse 11
50676 Köln
Germany
Phone
+886 4 24517070
Phone
+49 221 92547760
Fax
+886 4 24512280
Fax
+49 221 925477860
Internet address
www.prm-taiwan.com
Internet address
www.region-koeln-bonn.de
E-Mail
k-show@prm-taiwan.com
E-Mail
sekretariat@region-koeln-bonn.de
Stand
Hall 12, A52-8 (Page 298)
Stand
Product Overview
04.03
Trade associations
Product Details
04.03
Product Overview
04.03
Trade associations
Trade associations
Product Details
04.03
Product Information
Trade associations
PRM-Taiwan offers videos, catalogs, magazines, B2B
portal, agent service
Seit seiner Gründung verfolgt der Region Köln/Bonn
e.V. das Ziel, die regionale Kooperation auf der Ebene
der Politik und der Verwaltung zu fördern sowie die Region durch geeignete Maßnahmen im Standortwettbewerb und im Aufbau eines regionalen Selbstverständnisses zu unterstützen.
and other integrated services for plastic & rubber machinery.
Das internationale Standortmarketing wird seit dem 01. Januar 2012 grundsätzlich in Arbeitsteilung mit den Städten Köln und Bonn organisiert und die
entsprechenden Aktivitäten der Region initiiert und koordiniert. Zum zweiten
Mal wird die Region Köln/Bonn auf der internationalen Leitmesse für Kunststoff
und Kautschuk, der K2013 in Düsseldorf in der Halle 7a, Stand D35 mit einem
Gemeinschaftsstand vertreten sein.
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Die Messe bietet den teilnehmenden regionalen Unternehmen und Institutionen
eine hervorragende Chance, internationale Geschäftskontakte zu knüpfen. Eine
durchgängige Wertschöpfungskette von Kunststofferzeugern und –verarbeitern,
eine breite Wissenschafts-, Forschungs-, Weiterbildungs- und Dienstleistungslandschaft stehen für Kompetenz und Exzellenz dieser Branche in der Metropolregion Köln/Bonn. Auch auf der K2013 werden mit Feuerherm PWDS, dem
Kunststoffkompetenzstandort Oberbergischer Kreis, der Schiele Maschinenbau
GmbH sowie der VOLLACK GmbH & Co. KG Vertreter aus allen Bereichen
präsent sein.
Products & Services
Ringier is a leading B2B industrial information provider, offering leaders in China, Asia Pacific and the Middle East & Africa
with technical information and solutions they need. Ringier
has multiple media platforms that include print, online (IndustrySourcing.com), events, digital marketing, iPad, iPhone
and Android devices. Ringier also organizes technical conferences every year, bringing industry leaders together for information exchange and networking opportunities. This year,
Ringier celebrates the 15th anniversary operating in Asia Pacific.
Ringier Trade Media Ltd.
Address
Phone
+852 23698788
Fax
+852 28695919
Internet address
www.industrysourcing.com
E-Mail
mchhay@ringier.com.hk
Stand
Hall EN.1, -04 (Page 266)
Product Overview
04.02.003
Address
Durand House
RH10 9PY Crawley, West Sussex
Phone
+44 1293 4351-00
Fax
+44 1293 6199-88
Internet address
www.plasticsinpackaging.com
E-Mail
info@plasticsinpackaging.com
Stand
Hall 11, F48 (Page 296)
Product Overview
Technical dictionaires
Product Details
04.02.003
Sayers Publishing Group Ltd. Plastics in Packaging
9/F., Cheong Sun Tower, 118 Wing Lok
Sheung Wan, Hong Kong
China, Hongkong, Special Administrative Region
Sayers Publishing Group Ltd. Plastics in...
04.02.001
Trade directories
04.02.002
Technical books
04.02.004
Technical dictionaires
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Product Details
04.02.001
Sayers Publishing Group Ltd. Plastics in...
Trade directories
04.05
Subcontracting
Product Details
Schneider Prototyping GmbH
Plastics In Packaging
04.05
Plastics In Packaging magazine
04.02.002
Small Series
Technical books
Sayers Online - magazines, books & reports
While we produce prototypes, they are not our only area
of expertise. We are also able to produce small, often
exclusive series that don’t justify the cost of a production
tool.
Our years of experience in the prototyping industry have
supplied us with the know-how, the ability, and the flexibility to quickly and accurately produce qualitatively excellent prototypes and small series. These can have
nearly any size and can be produced both in metal and in plastic. During production we only use tried and tested procedures and materials.
Address
Seeber Flur 10
55545 Bad Kreuznach
Germany
Phone
+49 671 88877-0
Fax
+49 671 88877-57
Internet address
www.schneider-prototyping.de
E-Mail
info@schneider-prototyping.de
Stand
Hall 11, G42 (Page 296)
Product Overview
Subcontracting
SHS plus GmbH
Address
Neukölner Str. 118
46147 Oberhausen
Germany
Phone
+49 208 98900874
Fax
+49 208 45199008
Internet address
www.shs-plus.de
E-Mail
info@shs-plus.de
Stand
Hall 10, B42 (Page 294)
01.13.039
Polyurethane systems PU
01.14.024
Composite materials
02.01.010
03.02.006.05
Machines and equipment for rapid prototyping
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Company News
16.07.2013
SHS plus GmbH
chillWARE Version 1.2 released
10/14/2013
SHS veröffentlicht die Version 1.2 der Abkühlsimulationssoftware chillWARE. Das Simulationssystem auf der
Basis der finiten Differenzen Methode ermöglicht es,
das Abkühlverhalten sowie die daraus resultierenden
Produktionsparameter (Qualität, Produktivität, Betriebskosten) zu optimieren. Überzeugen Sie sich von dem
Simulationssystem an unserem Messestand oder fordern
Sie weitere Informationen an. Sie erreichen uns unter:
info@shs-plus.de
Product Overview
Extrusion lines for pipes and profiles
04.01
Kackertstr. 11
52072 Aachen
Germany
Phone
+49 241 89495-0
Fax
+49 241 89495-20
Internet address
www.sigmasoft.de
E-Mail
info@sigmasoft.de
Stand
Hall 13, A08 (Page 300)
SIGMA Engineering presents Virtual Molding
Technology at K 2013
The start-up production of new parts in injection molding is always linked to extensive mold trials and iteration. Virtual Molding, from SIGMASOFT®, changes
this fundamentally as it offers an economic and timeeffective alternative to conduct virtual injection molding trials and part try-outs
totally independent from machine occupation and personnel availability.
SIGMA Engineering GmbH
Address
A newly developed functionality in SIGMASOFT® significantly reduces production costs and strengthens injection molders in the development chain
SHS plus GmbH
03.02.001.02.05
Company News
Aachen, October 16th 2013 – SIGMA Engineering GmbH, Aachen, Germany,
presents at the K 2013, hall 13, booths A01 and A08, a new technology which
significantly reduces the production costs in injection molding and offers injection molders the possibility to effectively bring their know-how early into the development process. Under the name Virtual Molding a new method has been
developed, which reproduces virtually the complete injection molding process up
to the very detail with the software SIGMASOFT® and therefore reduces substantially the processing efforts at the machine and the linked material, personal,
processing and energy costs.
“Virtual Molding is not only a completely new technology”, explains Dr. Marco
Thornagel, Executive Director at SIGMA: “Above all, Virtual Molding is a whole
new method. The injection molder gets from us a tool to communicate his knowhow through the complete development process in a comprehensive way. He
gains certainty in his planning, improves his confidence to engage on deadlines
and the quality towards his customers, and strengthens therefore his position as
a value-added partner”.
When a new plastic part is developed, each station in the development chain
takes responsibility for its own field. The designer takes care of the article geometry and the mechanical part properties, often involving the use of injection
molding simulation. The mold designer takes care of the mold mechanics, steel
selection, centering, etc., and the injection molder has at the end the responsibility to produces plastic parts with the mold already developed, up to the required quality standards and even generating a profit. Oft enough the mistakes
of the complete development process appear only at the injection molding stage,
where the time and cost pressure is imminent and the position of the converter
towards his customers gets compromised. For the injection molder it is therefore
absolutely necessary to bring his know-how early enough into the development
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process. Precisely these are cases where Virtual Molding adds value.
“You can imagine Virtual Molding as a virtual injection molding machine”, explains Dr. Thornagel. “It clearly demonstrates the effects of the injection molding process related to article and mold quality. Up to now, the only way to get
good parts was to stay in front of the machine and to vary parameters with the
mold already built until the parts fulfilled the quality requirements. With virtual
Molding this optimization will take place long before the steel is cut. How much
real iteration can you afford nowadays? The planning and optimization of the
injection molding process in parallel to the geometry design and the mold development makes troubleshooting at the end superfluous. Processing problems
can be identified and resolved, before they even appear. Herewith we offer a
new possibility to reduce development time and to minimize risks. For our customers this is an appealing offer, particularly considering global competition.”
A further important advantage: with the demonstration of all process parameters
and its consequences in the injection molding process on the screen, at any time
and any location from mold and part, the process turns far clearer. Many effects
which in the practice do not find any explanation, will find their real causes based
on the physical information about the flowing and cooling effects of the plastic
material. “After our first installations in the industry we have realized that the
communication within a company now flows in a different way: the processing
engineer can show the mold maker where the exact cause for a tempering problem originates and which solving approaches are realistic from the production
point of view. Or the designer can understand early why a part concept is not
viable due to production reasons”, claims Dr. Thornagel. “It is not an overstatement to say that Virtual Molding can change the way a company does business”.
Product Overview
SIGMASOFT® Thermoplast
As the only software package available in the market to effortlessly integrate the
complete mold information within the simulation, SIGMASOFT® delivers an unmatched degree of accuracy in the molding behavior prediction of thermoplastic
materials. Beginning with a simple part design followed by first concepts for tempering layouts up to DOE optimizations in a virtual mold, SIGMASOFT® delivers
reliable results to base decisions on by including the real thermal behavior of the
molding system in 3D.
SIGMASOFT® Thermoset
SIGMASOFT® is the most complete and accurate simulation software package
currently available to simulate the processing of thermosets, both for injection
and mold-transfer processes. Beyond the prediction of filling and curing behavior, its highly sophisticated 3D solver technology allows to simulate also complex
effects, such as jetting or plug-flow. As the only software in the market to effortlessly integrate the complete mold information within the simulation, it allows
furthermore to predict the impact of mold components, processing times and
temperatures in the filling and curing reaction of thermoset materials.
04.01
04.06
Product Details
04.01
so that the impact of tempering concepts, processing times and inserts can be
evaluated. Its highly developed 3D solver technology allows simulating precisely
complex flow effects, such as jetting or plug-flow, and it reliable predicts the flow
and curing behavior of thick-walled parts.
SIGMASOFT® Elastomer
SIGMASOFT® is the market leader in the simulation of elastomeric materials.
Beyond the simulation of filling and curing, it is the only software in the market
able to effortlessly integrate the complete mold information within the simulation,
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Ziel dieses Forschungsprojektes ist es, Rezepturentwicklungen bzw. -veränderungen
bei Biofolien zu erforschen, ihre Einflüsse auf deren Schweißbarkeit zu verstehen und diese in erheblichem Maße zu verbessern.
SKZ Das Kunststoff-Zentrum
Address
Frankfurter Str. 15-17
97082 Würzburg
Germany
Phone
+49 931 4104-0
Fax
+49 931 4104-177
Internet address
www.skz.de
E-Mail
info@skz.de
Stand
Hall 14, B68 (Page 302)
Company News
Zum Verbinden von konventionellen Folien werden häufig das Wärmekontaktschweißen, das Ultraschallschweißen und das Hochfrequenzschweißen verwendet. Vor dem Hintergrund einer stets steigenden Nachfrage an Biokunststoffen ist es ein weiteres Ziel der Arbeit, die Eignung der o.g. Schweißverfahren zum Verbinden von Biofolien zu untersuchen. Des Weiteren werden die
Schweißprozesse optimiert, um eine möglichst hohe Schweißnahtqualität Biofolien zu erhalten.
Das IGF-Vorhaben (17623 N) der Forschungsvereinigung Kunststoff-Zentrum
wird bis August 2015 über die Arbeitsgemeinschaft industrielle Forschung (AiF)
im Rahmen des Programms zur Förderung der industriellen Gemeinschaftsforschung vom Bundesministerium für Wirtschaft und Technologie (BMWi) aufgrund eines Beschlusses des Deutschen Bundestages gefördert.
Für weitergehende Informationen stehen Ihnen Frau Stöhr und Herr Dr. Baudrit
gerne zur Verfügung.
30.09.2013
30.09.2013
Farbe noch präziser in der Schmelze messen
Schweißen von Biofolien
Eliminierung des Temperatureinflusses von Prozessschwankungen durch integrierte Thermochromiekompensation
Immer deutlicher ist ein zunehmender Trend hin zur Entwicklung von Kunststoffen aus nachwachsenden Rohstoffen, also
von Biokunststoffen, zu erkennen. Dabei ist es, um den ständig
steigenden Anforderungen an die Biokunststoffprodukte gerecht
zu werden, erforderlich, die Eigenschaften der Biokunststoffe
weiterzuentwickeln.
Als derzeitige Verwendungsbereiche sind für Biokunststoffe in
erster Linie Verpackungen zu nennen. Auf dem Weg vom Halbzeug (Folie) zum Endprodukt (Verpackung) ist das Folienschweißen ein äußerst wichtiger Bestandteil innerhalb des Produktionszyklus.
Da dieser Fügevorgang unmittelbar nach der Befüllung stattfindet, müssen die
Verpackungen z.B. schlagartigen Belastungen beim Befüllvorgang standhalten
und deshalb eine hohe Schweißnahtfestigkeit aufweisen. Hauptursache für
mangelhafte Verpackungen ist häufig eine schlechte Nahtqualität und nicht die
Folie selbst.
Daher startet das Kunststoff-Zentrum (SKZ) ab September 2013 ein Forschungsprojekt mit dem Ziel, grundlegende Untersuchungen der Einflüsse der Materialzusammensetzung auf die Schweißeignung von Biofolien zu untersuchen.
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Die Farbmesstechnik, auch unter extremen Bedingungen wie bei der Kunststoffverarbeitung in Schmelzen,
ist bereits weit fortgeschritten. Die Grenzen werden mittlerweile weniger durch die Messsysteme selbst definiert. Durch die
gestiegene Stabilität treten verstäkt Farbschwankungen von außen in Erscheinung. Temperaturänderungen durch Prozessschwankungen führen infolge von
Thermochromie zu einer Änderung der Farbe, obwohl dieselbe Rezeptur vorliegt. Dem soll nun durch ein neuartiges Schmelzefarbmesssystem entgegengewirkt werden, indem eine automatische Thermochromiekompensation erfolgt. Dazu starteten das Kunststoff-Zentrum SKZ in Würzburg und die Firma
ColVisTec AG in Berlin eine intensive Entwicklungskooperation.
In der Regel ist die Farbe von Polymeren und Farbmitteln temperaturabhängig.
Dies ist zum Beispiel durch Änderungen in der Morphologie, Veränderung der
Stereoisometrie oder des makromolekularen Aufbaus bedingt. Die sogenannte
Thermochromie ist insbesondere bei Farbmessungen im Prozess von Bedeutung, da die Verarbeitung bei erhöhten Temperaturen erfolgt. Somit muss die
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Farbe immer in Relation zur Temperatur gemessen werden, damit der Farbwert
auf eine normierte Temperatur korrigiert werden kann.
Hierzu entwickelt das SKZ in Zusammenarbeit mit der ColVisTec AG eine
Einschraubsonde für den Extruder bzw. die Spritzgießmaschine, die es ermöglicht, die Schmelzetemperatur simultan mit der Farbmessung zu ermitteln. Diese erfolgt mit einem fein auflösenden Spektralfotometer. Entsprechend
geeignete Kompensationsalgorithmen sorgen gemeinsam mit den Temperaturdaten für eine konstante und hochpräzise Farbmessung auch bei schwankenden Prozessbedingungen. Die aktuell vorhandene Inline-Sondentechnologie
eignet sich bereits hervorragend für den Einsatz bei der Kunststoffaufbereitung
bzw. Compoundierung. Sie ist für eine Temperatur bis 400 °C und einen Druck
bis 350 bar ausgelegt und kann in einem Standard ½“ 20 UNF Gewinde montiert werden. Darüber hinaus ist nur ein einseitiger Zugang erforderlich, da die
Messungen in Reflexion erfolgen.
Das Projekt wird über die AiF im Rahmen des Programms zur Förderung des
zentralen Innovationsprogramms Mittelstand (ZIM) vom Bundesministerium für
Wirtschaft und Technologie aufgrund eines Beschlusses des Deutschen Bundestages gefördert.
30.09.2013
Richtfest für das Europäische Zentrum für
Dispersionstechnologien (EZD)
In Anwesenheit von Bayerns Wirtschaftsminister Martin Zeil wurde am 21. August in Selb Richtfest gefeiert.
Deutschlands größtes Kunststoff-Institut, das SKZ mit
Stammsitz in Würzburg, errichtet dort in enger Kooperation mit der Industrie und erheblicher Unterstützung
des Freistaats Bayern dieses deutschlandweit einmalige interdisziplinäre Zentrum.
In dem ca. 650 m² großen Gebäude können zukünftig alle wesentlichen Entwicklungsarbeiten auf dem Gebiet „Herstellung und Charakterisierung von Dispersionen (Mischungen)“ und auch entsprechende Dienstleistungen für die Industrie angeboten werden. Typische Anwendungsgebiete von Dispersionen
sind beispielsweise Kunststoffbauteile, Lacke/Beschichtungen, Druckfarben,
Nanokomposite, Keramik/Porzellan, Lebensmittel, Papier und Kosmetika.
ichen ist also enorm hoch und wird eine der Herausforderungen für Dr.-Ing. Felipe Wolff-Fabris sein, der diese Aktivitäten des SKZ leitet. „Eine industrienahe
Anlaufstelle, an die sich besonders kleine und mittelständische Unternehmen
ohne eigene Entwicklungskapazität wenden können, in der dann neue Ideen
getestet, Mitarbeiter geschult und firmeninterne Abläufe optimiert werden, existierte bislang zu dieser immer wichtiger werdenden Thematik noch nicht“, erläutert Wolff-Fabris.
Das Bayerische Wirtschaftsministerium unterstützt das EZD mit Fördermitteln in
Höhe von 5,2 Millionen Euro.
„Das EZD bringt als erstklassiges Forschungs- und Technologietransferzentrum technischen Fortschritt rund um das Thema Dispergieren in unseren bayerischen Mittelstand. Damit unterstützt es die Innovationsfähigkeit unserer Betriebe und ist ein weiterer Eckpfeiler für Oberfrankens Zukunft“, betont Bayerns
Wirtschaftsminister Martin Zeil.
Den Betrieb des EZD übernimmt in Abstimmung zwischen dem Bayerischen
Wirtschaftsministerium und der ortsansässigen Industrie das SKZ als in der
Praxis bewährte Technologietransfer-Einrichtung für den Mittelstand. „Für das
SKZ eine logische Ergänzung der bisherigen Tätigkeit in den Bereichen FuE,
Analytik, Weiterbildung von Fachkräften und auch der Zertifizierung von Unternehmen“, so Prof. Bastian (Institutsdirektor des SKZ). „Mit dem EZD soll nun
also eine interdisziplinäre Institution etabliert werden, die das Ziel hat, kleinen
und mittelständischen Unternehmen bei der Bewältigung der vielfältigen Herausforderungen zur Seite zu stehen und in der Folge die Wettbewerbsfähigkeit
dieser Unternehmen nachhaltig zu sichern“ ergänzt Prof. Bastian. „In kooperativer Zusammenarbeit mit den Kollegen der anderen SKZ-Standorte, mit
wissenschaftlichen Einrichtungen, z. B. den Universitäten in Bayreuth, Erlangen und Würzburg sowie mit Technologietransferzentren, z. B. Cluster Nanotechnologie, Neue Materialien Bayreuth und Fürth und ganz besonders der
Industrie sollen Forschung und Entwicklung, Analytikleistungen, die Ausbildung
von Studenten sowie die Fortbildung von Facharbeitern, Meistern, Technikern,
Akademikern und Managern etabliert werden.
Für den Betrieb des EZD wird dementsprechend innerhalb der nächsten fünf
Jahre ein Team aus verschiedenen Wissenschaftlern und Technikern, unterstützt durch administratives Personal, aufgebaut.
Eine gezielte Verbesserung von Dispersionstechnologien wird mit dem EZD in
Oberfranken nun Wirklichkeit. Dieser ganz spezielle Arbeitsschwerpunkt resultiert aus Diskussionen der initiierenden oberfränkischen Unternehmen mit dem
Cluster Nanotechnologie und dem SKZ. Die enorme Vielfalt an Fragestellungen
zur optimalen Dispergierung bei Werkstoffen aus den unterschiedlichsten Bere-
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30.09.2013
Industrielle Computertomographie am SKZ - Nichts
bleibt verborgen
Am Kunststoff-Zentrum (SKZ) werden branchenrelevante Qualitätssicherungsmaßnahmen entwickelt. Hierbei stehen neben den zerstörenden und häufiger die
zerstörungsfreien Prüfmethoden zur Qualitätsbestimmung von Produkten im Fokus.
Für zerstörungsfreie Prüf- und Messaufgaben verwendet das SKZ zwei Computertomographen der Fa. Wenzel Volumetrik GmbH für verschiedene Bauteilgrößen und Auflösungsbereiche.
Die industrielle Computertomographie (iCT) wird angewandt, um den inneren
Aufbau von Bauteilen berührungslos und zerstörungsfrei analysieren zu können.
Mithilfe der Computertomographie können z. B. gefüllte oder verstärkte Kunststoffe geprüft, Fehlstellen in Produkten erkannt, Klebstoffverteilungen untersucht und Bauteile vermessen werden.
Bei der Prüfung von verstärkten bzw. gefüllten Kunststoffprodukten können mit
der iCT z. B. Bindenähte im Inneren von Spritzgussprodukten sichtbar gemacht
werden. Sind Aussparungen in einem Spritzgussbauteil vorhanden, lassen sich
Bindenähte nicht vermeiden. Diese Bindenähte können neben den optischen
auch die mechanischen Eigenschaften eines Bauteils negativ beeinflussen. Insbesondere wenn sich Bindenähte im Inneren von Bauteilen befinden, ist das
Auffinden der Bindenähte von großem Interesse. In verstärkten bzw. gefüllten Kunststoffprodukten sind Bindenähte aufgrund von Faseranhäufungen bzw.
-ausrichtungen durch iCT-Aufnahmen detektierbar. Hierdurch ist folglich eine
Bewertung der im Prozess eingestellten Spritzgussparameter möglich.
Bei gefüllten Kunststoffen kann mithilfe von CT-Aufnahmen auch die Füllstoffverteilung in Granulaten bzw. Kunststoffbauteilen anhand der Dichteverteilung
volumenprozentual bestimmt werden. Des Weiteren ist eine Darstellung von
Füllstoffen in den vermessenen Proben in den Aufnahmen möglich. Hierzu sollten jedoch die verwendeten Füllstoffe in ihrer Dichte vom Matrixmaterial unterschieden werden können. Auch beim Schweißen von verstärkten Kunststoffen orientieren sich Fasern bzw. Füllstoffe durch die beim Fügen entstehenden
Fließvorgänge um. Die Ausrichtung der Füllstofffasern wirkt sich dabei sehr
stark auf die Festigkeit der Schweißverbindung in Bezug auf die Grundmaterialfestigkeit aus. Untersuchungen mittels industrieller Computer-Tomographie
bieten die Möglichkeit, die Festigkeit einer Kunststoffverbindung bewerten zu
können.
ings die Detektion von Fehlstellen in Bauteilen bzw. Fügeverbindungen. Mit
der Computertomographie können verschiedenste Arten von Einschlüssen im
Kunststoff sichtbar werden. Dazu zählen Lufteinschlüsse bzw. Lunker, die
zum Beispiel bei zu schnellem Abkühlen von Schweißverbindungen entstehen
können und von außen nicht sichtbar sind. Durch die Lunker entstehen in
einem Bauteil Schwächungen des Querschnittes, wodurch sich die Festigkeit
des hergestellten Produktes reduziert. Auch Verunreinigungen, die bei diversen
industriellen Fügeverfahren auftreten können, lassen sich sichtbar machen.
Beim Kleben von Kunststoffen kann die CT-Untersuchung Aufschluss über die
Klebstoffverteilung oder auch Lunker in den gefügten Bauteilen liefern. Die
stichprobenartige Überprüfung der Klebstoffverbindung besitzt dabei im Bereich
der Qualitätssicherung eine große Bedeutung. Die Separation des Klebstoffes
wird im Wesentlichen durch Dichteunterschiede zwischen dem Kunststoff und
dem Klebstoff ermöglicht. Erfahrungswerte des SKZ zeigen, dass Dichteunterschiede bis ca. 0,1 g/cm³ detektiert werden können.
Aufgrund der regelmäßigen Kalibration und Überprüfung der CT-Anlagen am
SKZ sind die Anlagen auch für Messaufgaben geeignet. So ist z. B. eine direkte
Ermittlung der Maße von gescannten Bauteilen oder ein Abgleich der gemessenen CT-Daten mit CAD-Volumen-Modellen möglich. Die Maßkontrolle eignet
sich u. a. besonders zur raschen Ermittlung der Maßhaltigkeit von SpritzgussBauteilen in Bezug auf Einfallstellen an der Bauteiloberfläche oder auch bei
unzugänglichen Hinterschneidungen. Im Bereich der additiven Fertigungsverfahren ist die zerstörungsfreie Vermessung realer Bauteile an taktil nicht erreichbaren Messstellen unerlässlich, da gerade bei der additiven Fertigung oft nur
wenige oder gar einzelne Bauteile hergestellt werden.
Das SKZ ist insbesondere durch zahlreiche anwendungsnahe Forschungsvorhaben
sowie Industrieprojekte sehr gut aufgestellt bezüglich der Bedürfnisse der Industrie, vor allem kleinerer und mittlerer Unternehmen, und unterstützt diese von
der Idee bis zum Markterfolg. In vergleichsweise schnellen Voruntersuchungen
lässt sich feststellen ob sich die Computertomographie für die zerstörungsfreie
Prüfung eines Bauteils eignet oder eben auch nicht. Bei Nichteignung wird dann
nach einer alternativen Prüftechnik gesucht und diese erprobt.
Der häufigste Einsatzbereich der industriellen Computertomographie ist allerd-
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30.09.2013
Neue IDE-Extrusionsnachfolge für das SKZ auf der
K-Messe
Firma IPT (Halle 10 J19): Das SKZ gibt Info zum Thema Punktlastgerät.
FirmaColVisTec (Halle 16 A42): Das SKZ gibt Info zum Thema Prozessfarbmessung.
Neue IDE-Extrusionsnachfolge für das SKZ auf der KMesse
Die Bernhard Ide GmbH & Co. KG entwickelte für das
SKZ eine komplette Nachfolgeeinrichtung für den erst
kürzlich in Betrieb genommenen gegenläufigen, konischen Doppelschneckenextruder CE3 der Hans Weber Maschinenfabrik GmbH, bestehend aus Kalibrier-,
Abzugs- und Sägeeinheit. Die Nachfolge ist speziell auf die Anforderungen einer
Forschungseinrichtung abgestimmt. So ist die Kalibriereinheit ME 10/6.1 mit
zwei frequenzgeregelten Flüssigkeitsring-Vakuumpumpen ausgestattet und hat
eine Kalibrieraufnahme von 400 x 1450 mm. Das nachfolgende Zwischengestell
ermöglicht sowohl eine Aufnahme von längeren Kalibriertanks als auch eine
Kühlung des Profils durch Luft. Die Abzugseinheit ME 30/6.1 weist eine Kontaktfläche von ca. 500 mm mit einer Abzugskraft von max. 1200 N auf, wobei
Abzugsgeschwindigkeiten von 0,1 bis 10 m/min realisiert werden können. Die
Unterflur-Ablängeinheit ME 50/6.1 ist mit einer Spanabsaugung für ein sauberes
Arbeiten ausgestattet.
Interessierte können die Nachfolgeeinrichtung auf der K-Messe in Düsseldorf
vom 16. bis 23.10.2013 auf dem Messestand der Firma Ide in Halle 16 Stand
F43 besichtigen. Nach der Messe steht die Nachfolgeeinrichtung zusammen
mit einem neuen Laborwerkzeug zur Extrusion von Kastenprofilen mit den Abmaßen 40 x 40 mm² für Wandstärken zwischen 2 und 4 mm im Verarbeitungstechnikum des SKZ für Forschungszwecke und Kundenversuche zur Verfügung.
Firma ColorLite (Halle 11 E52): Das SKZ informiert mithilfe eines Exponats über
Prozessfarbmessung.
Firma Widos (Halle 11 B41): 50jährige Zusammenarbeit zwischen Widos und
SKZ.
Firma Micro-Epsilon (Halle 11 A37): Info zur Inline-Thermografie.
Firma Wittmann Battenfeld (Halle 16 D22): Das SKZ informiert über Inline Thermografie.
Firma Arburg (Halle 13 A13): SKZ zeigt ein neues Verfahren zur direkten Einarbeitung von langen Fasern für die Herstellung faserverstärkter Formteile
Product Overview
04.03
Trade associations
04.06
Product Details
04.03
Trade associations
Aus- und Weiterbildung
Neue Perspektiven und Chancen durch Aus- und Weiterbildung
24.09.2013
SKZ - Das Kunststoff-Zentrum
Wir freuen uns auf Ihren Besuch!
Auch bei der diesjährigen K-Messe ist das SKZ wieder mit seinem eigenen Stand
vor Ort. Gerne informieren und beraten Sie unsere Mitarbeiter vor Ort über unser
breitgefächertes Leistungsportfolio von Weiterbildung, über Prüfen,Überwachen
bis hin zu Forschung und Managementzertifizierung.
Verpassen Sie es nicht, noch weitere interessante und erfolgreiche Projekte des
SKZ auf etlichen Ständen unserer Partner zu bestaunen:
Firma Coesfeld (Halle 10 E22): Das SKZ gibt Info zum Thema Zeitstand-/SIMApparatur sowie zum Thema FiVer, wo Anlysen der Faserlängenverteilung deutlich schneller und sicherer duchgeführt werden können.
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Das SKZ zählt jährlich mehr als 11.000 Teilnehmer bei zirka 600 Veranstaltungen im Weiterbildungszentrum Würzburg und an den weiteren SKZ – Standorten
Halle, Peine, Stuttgart sowie auch international in Dubai, im Iran und in der Volksrepublik China.
Erfahrungsaustausch auf nationaler und internationaler Ebene - so trägt das
SKZ mit seinen Fachtagungen und Seminaren zum innovativen Wissenstransfer
für die Kunststoffwirtschaft bei.
Von Erfolgsrezepten starker Unternehmen und deren Experten profitieren und
diese dann in den Unternehmensalltag einbringen – das ermöglichen die SKZ
Veranstaltungen rund um das Thema Kunststoff.
Zahlreiche Veranstaltungen haben sich zu anerkannten Branchentreffs entwickelt und sind inzwischen für viele Unternehmen fester Bestandteil ihrer Informations-
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und Weiterbildungspolitik. Themenbereiche, wie beispielsweise Werkstoffe, Verfahrenstechnik, Werkzeugtechnik, neue und innovative Technologien sind Inhalte von Fachtagungen für Industrie, Forschung und Wirtschaft.
Die mehrtägigen Seminare sind Veranstaltungen auf höchstem inhaltlichem Niveau.
Auffrischen von Basiswissen und die Information über die neuesten Entwicklungen und Trends stehen auf der Tagesordnung. Die Themenbereiche werden
permanent aktualisiert und die Teilnehmerzahl ist begrenzt, um einen effektiven
Informations- und Erfahrungsaustausch zu gewährleisten.
In Lehrgängen können Unternehmen ihre eigenen Fachkräfte schulen, um nicht
nur in Zeiten des Fachkräftemangels Engpässe durch neue Techniken und Volumenerhöhungen in der Fertigung mittels solcher Zusatzausbildung zu kompensieren.
Die Lehrgänge sind zugeschnitten auf Facharbeiter, Meister, Techniker und Ingenieure, die mit praktischen Aufgaben in Industrie, Handwerk und Handel betraut sind.
Immer mehr Firmen wählen Inhouse-Schulungen, um ihre speziellen Bedürfnisse
in höchstem Maße berücksichtigt zu wissen.
Testing and Quality Assurance
As a testing laboratory accredited by DAP in accordance with DIN EN ISO/IEC
17025 we provide testing services for plastics and plastic products in accordance
with national and international standards.
We are a type-A inspection board accredited in accordance with DIN EN ISO/IEC
17020 ensuring the quality of production processes and supervising building
sites. Many other organizations at home and abroad have recognized us in this
capacity. Examples of foreign organizations that recognize SKZ test certificates
are:
DTI (Denmark), ETA (Denmark), INSTAL (Poland), OFI (Austria), SII (Israel),
SITAC (Sweden), SP (Sweden), SVGW (Switzerland), TGM (Austria), VTT (Finland)
Referring to the wide range of pipes we have been authorized by the Australian
certification authority QAS to carry out tests in accordance with Australian standards.
In North America we closely work together with the Canadian testing laboratory
Jana Laboratories in Toronto which is accredited in accordance with ISO/IEC
17025.
In addition to testing and approval services for plastics and plastic products we
also concentrate our activities on product certification. At present we are striving
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to be accredited as a product certification authority in accordance with DIN EN
45011.
In the field of construction SKZ has been recognized as “PÜZ” board (“Prüfung,
Überwachung, Zertifizierung” = TIC, Testing, Inspection, Certification) by various
authorities for a wide range of products.
Besides the main services we also offer damage analysis and expert reports. In
addition, we provide services for product analysis, process analysis and business analysis. (German Accreditation System for Testing GmbH)
Zertifizierung von Managementsystemen
Leistungsfähigkeit und wirtschaftlicher Erfolg durch Zertifizierung von Managementsystemen
Qualität und Qualitätsmanagement sind unverzichtbare Führungsaufgaben in
Unternehmen. Als Teamplayer bietet das SKZ mit der Zertifizierung von Managementsystemen die beste Vorlage für Leistungsfähigkeit und wirtschaftlichen
Erfolg.
250 Kunden in mehr als 16 verschiedenen Ländern – das SKZ ist auch hier
ein bewährter und ein eng mit der Branche kooperierender Partner. Neben den
Aspekten der ISO 9001 werden den klein- und mittelständischen Unternehmen
Wege und Perspektiven in die Zukunft aufgezeigt. Die fachspezifischen Kompetenzen der SKZ Auditoren helfen den Verantwortlichen in den Unternehmen,
eigene Schwächen zu finden und nicht zuletzt auch im Sinne eines nachhaltigen Wirtschaftens konkrete Einsparpotenziale zu entdecken und in spürbare
Kostenvorteile umzusetzen.
04.06
Research and Development
Our research and development focuses on technologies that have the greatest
influence on plastic products: Compounding (material development), injection
moulding and extrusion, joining, component properties as well as the economic
and ecological valuation of plastic products and processes.
We have chosen our key activities so that the entire process chain is taken into
consideration. Besides the measures relevant for quality assurance and the
simulation of sub-processes, analyses and assessments of entire life cycles are
granted.
We have state-of-the-art machines and laboratory equipment, fit for use, at our
disposal on almost 10,000 sqm, in order to optimise preparation, manufacturing,
and subsequent treatment processes as well as to test materials.
Getting ahead faster: automation on a scale close to production The key activ-
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ities are: - Developing new high-performance basic materials made of thermoplastics, thermoplastic elastomers, or composite materials such as nanocomposites, functional materials, wood-plastic composites, as well as developing
and optimising processes to manufacture the respective products . - Accelerated development of customised functional materials as well as process optimisation by using intelligent measuring methods, collection and interpretation of
process data, and simulation Questions regarding colouration and colour/visual
appearance of plastic products (process optimisation, developing new testing
methods). - Developing new applications and technologies: zero-defect production, production of composite components, reducing the number of process
steps (e.g. by means of direct treatment). - Analysing and increasing economic
efficiency of processes and products as well as assessing sustainability.
Thinking ahead: progress through cooperation We are open for industry commissions, bi- or multilateral cooperations and publicly funded research projects.
Our experienced employees can find solutions to many of your questions within
the frame-work of the Industrial Joint Research (IGF) and other research funding
programmes as well.
Zeppelinstr. 14
82205 Gilching
Germany
Phone
+49 8105 7727300
Fax
+49 8105 7727301
Internet address
www.special-coatings.com
E-Mail
info@special-coatings.com
Stand
Hall 04, A23 (Page 274)
09/18/2013
Special Coatings GmbH & Co. KG
NEW WAYS OF SURFACE COATING
SC-JOB COATING
The complete coating system for bulk small parts from
one source. Lacquering systems, SC-Coater® spin
coating machine and service. This know-how allows
you to convert your ideas into reality. When will we
become acquainted with your ”tiny bits”?
Services with brilliant effects! Naturally, SC will have your small parts coated as
a service to you. We take on the complete project management - from sampling
up to series-production.
www.special-coatings.com
Hall 4, Booth A 23
Product Overview
Address
Company News
217
01.14.012
Paints, coatings
02.05.047
Surface treated and decorated parts
03.04.005
Coating plant
04.05
Subcontracting
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Product Details
04.05
Subcontracting
Company News
09/25/2013
Sukano AG
SUKANO® Color Masterbatches 10 years of expertise
in color masterbatches for PET, PETG, PC, and PLA
SC-Job Coating
Building on ten years of expertise in highly concentrated
color masterbatches Sukano has created a unique standard color portfolio for customers to select from. Beyond
that, Sukano offers outstanding color masterbatches made
to customer specification with a wide variety of additional
optical or functional properties in one single masterbatch.
With our SC-Job Coating service, we offer our customers a complete coating system from a single source.
We take care of all your project management needs from initial sampling to the series coating of decorative
and functional surfaces on mass-produced small parts.
we advise you in matters of the design and applicationwe help you to find the right colours and develop
individual coating materials for youwe support you during technical implementation - from initial sampling to serial production with drum coatingwe offer our job
coating service exclusively with our patented SC-Coater drum coating machine
(fully automated and computer-aided application technology)
Sukano AG
Address
Chaltenbodenstr. 23
8834 Schindellegi
Switzerland
Phone
+41 44 7875777
Fax
+41 44 7875778
Internet address
www.sukano.com
E-Mail
emea@sukano.com
Stand
Hall 08a, H28 (Page 290)
What is the SUKANO® Color Masterbatch offering?
Sukano color masterbatches use premium grade raw materials, carefully selected to meet highest purity and regulatory standards. They are available opaque or transparent, for PET, PETG,
PC and PLA. Based on the resin of the customer’s application, they eliminate
problems caused by incompatible carriers. They are exactly matched to specification by the experienced Sukano development experts, using state of the
art color development tools. Sukano color masterbatches come highly concentrated and with excellent dispersion. Only a low dosage is need to achieve optimum color strength and attractive appeal in the finished plastics product. To
further increase efficiency, Sukano color masterbatches can be combined with
other functional products from the Sukano portfolio, opening a very easy way to
create a customized masterbatch product with multiple benefits. Sukano color
masterbatches come quality tested, color-matched, and with full regulatory support, also covering food applications.
About Sukano:
Sukano (www.sukano.com) is an expert in the development and production of
functional and optical masterbatches, special compounds and blends for improving the properties of bio and oil based plastics for the plastics manufacturing industry. Sukano is dedicated to consistent quality, reliable performance
and ultimate purity. The company’s promise is “Add a little. Gain a lot.”: Only
low amounts of Sukano’s innovative compounds and masterbatches help customers worldwide solve problems, increase productivity and add extra value to
their products. Sukano operates production sites in Switzerland, the U.S. and in
Malaysia and a global distributor network.
Contact:
Sukano AG
Adriana Chicherio, Marketing & Communication
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Chaltenbodenstrasse 23
distributor network.
CH-8834 Schindellegi, Switzerland
Contact:
Tel +41 44 787 57 77 Fax +41 44 787 57 78
Sukano AG
Email: media@sukano.com Web www.sukano.com
10/10/2013
SUKANO® Slip/Antiblock Masterbatch – now also for
Polyamides
Tel +41 44 787 57 77 Fax +41 44 787 57 78
25 years ago Sukano invented the original: The highly concentrated slip/antiblock combi-batch for Polyester changed
the way converters solved product and processing challenges. This long expertise in Polyester has now been
translated into new, highly concentrated, silicone-free, transparent antiblock masterbatches for Polyamide.
09/25/2013
What is the SUKANO® Slip/Antiblock Masterbatch offering
for Polyamides?
Sukano’s new slip/antiblock masterbatches were specifically developed for oriented thin films and blown or cast films in demanding
Polyamide applications. They combine strong antiblock and slip properties with
outstanding optical quality and mechanical strength. The masterbatches come
highly loaded with pure active ingredients and in the high dispersion quality that
Sukano is known for. This enables longer film extrusion run times with less down
time. Converters benefit from higher productivity and production speeds and
from a top quality final product. Sukano’s antiblock masterbatches for Polyamide
are compounded into the same polymer matrix the customer uses, eliminating
incompatible carrier effects and optimizing the properties in the end application.
Sukano® Slip/Antiblock Masterbatch products can be customized in content and
chemical nature of antiblock agent, processing aids, and by adding further functional additives. All masterbatches comply with regulatory requirements for food
packaging, toys, electric and electronic equipment.
About Sukano:
and ultimate purity. The company’s promise is “Add a little. Gain a lot.” Even
low amounts of Sukano’s innovative products help customers worldwide solve
problems, increase productivity and add extra value to their products. Sukano
operates production sites in Switzerland, the U.S. and in Malaysia and a global
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Forever young! The Sukano RPET Masterbatch
Portfolio
Now Polyester can be recycled many times and still feature the look and performance of virgin Polyester. With the
innovative range of Sukano masterbatches for RPET converters can save costs and make a contribution to the environment. This is possible by using higher percentages
of recycled PET in their products, without compromising
their appeal and functionality, keeping the Polyester forever
young.
The SUKANO® Masterbatch portfolio for RPET offering
Specific masterbatches allow the integration of virgin Polyester functions into
Polyester recycled many times:
Sukano’s optical brightener for RPET resets the color tone of the recycled material from yellowish to neutral and maintains a fresh appeal. Sukano’s melt
strength enhancer reacts with the broken molecular chains in the recycled PET
and restores them to almost their original strength. This increases viscosity and
improves the mechanical properties, making the material easier to extrude and
to process. Sukano’s impact modifiers for RPET improve the toughness of recycled Polyester in converting processes like stamping, die cutting or folding.
They also improve antisplice properties for straps made from RPET. Sukano’s
slip/antiblock masterbatch for RPET enables excellent COF reduction at minimum haze increase. Color masterbatches for RPET change the optical properties of recycled Polyester into the desired color and appearance. Sukano
foaming agent for RPET can reduce the weight of the final product, thus further reducing material cost.
Converters can either use the products individually, or combine several functionalities in one single masterbatch. All Sukano RPET masterbatches are highly
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concentrated, so even lowest amounts will make a big difference in the final
product.
About Sukano:
and ultimate purity. The company’s promise is “Add a little. Gain a lot.” Only
Specific masterbatch grades are available for durable applications having to
withstand weathering .
All Sukano white masterbatches follow the purity statement and are based on
virgin polyester carriers. No regulatory compliance issues caused by high migration levels.
About Sukano:
Contact:
Sukano AG
Tel +41 44 787 57 77 Fax +41 44 787 57 78
09/25/2013
In the production of containers, e.g. PET milk bottles, the use of Sukano’s white
masterbatch eliminates screw slippage or mold deposits. This ensures a stable
manufacturing process and fast cycle times. Thanks to the excellent dispersion,
optimum opacity can be achieved even at minimum wall-thickness, enabling
significant material cost savings.
Contact:
SUKANO® White Masterbatches for gloss, brightness
and opacity into PET
Sukano AG
When it comes to a spectacular white in containers, thermoformed trays, and thin films for coating, converters can
benefit from ultimate quality and purity with Sukano’s white
masterbatches. They can speed up their production processes, reduce machine downtimes and save cost.
Tel +41 44 787 57 77 Fax +41 44 787 57 78
What is the SUKANO® White Masterbatch offering?
Sukano white masterbatches feature high pigment concentration and excellent dispersion.
In thin film and oriented film applications , e.g. for yoghurt lid production, they
significantly improve filter behavior, efficiently reducing downtimes and logistic
costs caused by clogged filters. They come highly loaded, so a very low dosage
is enough to make a major optical difference. In thermoformed trays and packaging applications this enables excellent color results with high purity and cost
efficiency.
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09/25/2013
The new SUKANO® Antimicrobial Masterbatch
Contact:
Long lasting freshness control for Polyester and Polyamide
fibers
Sukano AG
Odor control on sportswear that does not wear off during
wearing or washing - the new Sukano antimicrobial masterbatches bring permanent protection against unpleasant
odor into a garment over its complete lifetime. Sukano
antimicrobial masterbatches combine Sukano’s functional
masterbatch expertise with the patented PURE technology
by Swiss textile performance expert HeiQ Materials. This
technology uses the natural properties of silver for controlling bacterial activity
on the fiber surface, thus reducing the production of odor. Sukano is exclusive
partner of HeiQ for this technology.
What is the SUKANO® Antimicrobial Masterbatch offering?
Sukano antimicrobial masterbatches integrate silver into the polymer that features a controlled release of silver ions in the application. This enables fiber
manufacturers to spin pre-dyed fibers with a permanent antimicrobial effect - a
decisive advantage over finishes that will wear off after only a few wash cycles.
Beyond that benefit, Sukano antimicrobial masterbatches offer several other key
features: They are effective in very low concentration, which makes them a cost
attractive alternative for fiber producers. The good dispersion of the silver in the
masterbatch enables production of low denier microfilament fibers and speeds
up the spinning process: There are fewer brakes during spinning compared to
other silver technologies and filter change intervals are longer. Thanks to the
patented technology the silver treatment features high functional performance
with no side effects, i.e. no yellowing and no impact on the fiber’s physical properties.
The antimicrobial technology used in SUKANO® Antimicrobial Masterbatch is
Bluesign® and Oekotex® approved and wash resistant (300 cycles at 60 °C). It
is manufactured and supplied globally by Sukano.
Tel +41 44 787 57 77 Fax +41 44 787 57 78
Product Overview
Sukano AG
01.01.003
Acrylic glass (s. PMMA)
01.01.010.02
Bioplastics, Renewable based
01.01.010.06
PLA (polylactic acid, Polymilchsäure)
01.01.010.07
PHA (Polyhydroxyalkanoate)
01.01.017
Compounds (Polymer blends)
01.01.019
Copolyester TPE-O, COPE
01.01.032
Granulates
01.01.037
Masterbatches
01.01.064
Polybutylene terephthalate (PBT)
01.01.065
Polybutylene terephthalate blends
About Sukano:
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01.01.066
Polycarbonate (PC)
01.01.067
Polycarbonate blends
01.01.085
Polyethylene terephthalate (PET)
01.01.088
Polymethylmethacrylate (PMMA) and copolymers (s.
acrylic glass)
01.01.093
Polypropylene
01.01.094
Polystyrene (PS)
01.01.118
Impact modifier
01.01.122
Styrene/acrylonitrile copolymers (SAN)
01.02.005
Polyetherester elastomers
01.10.004
Additive concentrates
01.10.047
Masterbatches
01.10.100
Foaming agents
01.10.102
Impact modifiers
04.05
Subcontracting
Sulzer Metaplas GmbH
Address
Am Böttcherberg 30-38
51427 Bergisch Gladbach
Germany
Phone
+49 2204 299-0
Fax
+49 2204 299-266
Internet address
www.sulzer.com
E-Mail
metaplas@sulzer.com
Stand
Hall 09, E30 (Page 292)
Product Overview
01.14.011
Anticorrosive effect
01.14.024
Composite materials
02.05.007
Coatings
03.04.005
Coating plant
04.05
Subcontracting
Product Details
04.05
Subcontracting
Coating Solution Center (CSC)
Whether you need to develop a new application or improve your process capabilities, our Coating Solution
Center (CSC) team is here to serve you. We have
extensive experience and access to a broad range of
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coating technologies. We offer you application specific
cost-optimized solutions.
Systech Instruments Ltd.
Address
17 Thame Park Business Centre, Wenman
OX9 3XA Thame, Oxon
Phone
+44 1844 216838
Fax
+44 1844 217220
SWISSMEM
Address
Pfingstweidstr. 102
8037 Zürich
Switzerland
Phone
+41 44 3844111
Internet address
www.systechillinois.com
Fax
+41 44 3844242
E-Mail
sales.uk@systechillinois.com
Internet address
www.swissmem.ch
Stand
Hall 10, G13 (Page 294)
E-Mail
info@swissmem.ch
Company News
Stand
Hall 12, A51 (Page 298)
Company News
04/16/2013
08/01/2013
SWISSMEM
MEM industries: Moderate stimulation of demand
The situation of the Swiss mechanical and electrical engineering indus-tries
(MEM industries) is showing some initial signs of recovery. Com-pared to the
same period of the previous year, incoming orders and rev-enues increased by
9.8% and 6.5% respectively in the last quarter of 2012. Companies in the industry also have more positive expectations for 2013 than they did last autumn.
However, they are still under great pressure to adapt. A study conducted by
McKinsey&Company with the support of Swissmem defined five areas of action
that need to be addressed to strengthen businesses’ international competitiveness.
Product Overview
04.03
SWISSMEM
Trade associations
Systech Instruments celebrates 30 year anniversary
May 2013 marks Systech Instruments’ 30th year as
one of the leading experts and manufacturers in gas
and moisture measurement. Systech’s application and
technology knowledge provides efficient and specialist
gas analysis solutions to the process, food, pharmaceutical and packaging industries worldwide.
Managing Director, Bryan Cummings says of the anniversary, “Our success
throughout these years is testament to our employees and partners and their
continued response to industry demand. The technology we produce remains a
vital component for the process, pharmaceutical and food industries.”
Systech Instruments started production of zirconia oxygen analysers at the company’s headquarters in Buckinghamshire in the U.K. They continued to develop
their product range for the process industry with the introduction of electrochemical oxygen analysers, paramagnetic oxygen analysers and moisture analysers.
Due to market demand, in 2002 the company entered the permeation gas analyser market presenting their range of oxygen and water vapour permeation analysers to the packaging industry.
Systech Instruments continued to develop their product range for the food and
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pharmaceutical market when in 2004 they launched the Gaspace Advance, oxygen and carbon dioxide headspace analyser.
In 1986 sister company Illinois Instruments was founded in the U.S. to provide
a manufacturing, sales, customer service and technical support function for the
North, South, Central American and Canadian market.
By 2009, in addition to their Thailand facility, customer demand for Systech Instruments products in Asia led to the opening of an office in Shanghai, China
which continues to grow enabling a recent move to larger offices.
Systech Instruments’ objective is to continue to invest in research and development, to develop product ranges; diversify into new application and industry
areas and to always look at improving technical support and customer service
whilst meeting customer requirements.
Product Overview
03.09.002.05
Systech’s permeation analysers have precision temperature, humidity and flow
control providing consistent and repeatable test conditions. Precise control gives
a wide sample temperature range of 5° to 50°C and a measured and controlled
relative humidity range of 20 to 90% RH. All Systech analysers are certified
traceable to NIST.
Systech’s test laboratory offers a Permeation Testing service for companies
throughout the world that either haven’t the time or the facilities for their own
in-house testing. The temperature and humidity controlled laboratory is able to
carry out tests under a wide range of conditions. Test results are available in
tabular or graphical format. The laboratory is compliant with all of the relevant
standards.
dynamic properties
03.09.006
Measuring equipment for moisture content
04.06
Product Details
04.06
fast purge down time; accurate readings at the lowest levels and the highest
quality sensor in the market. The changeover from wet to dry sample runs is
the fastest on offer. There is no need for archaic liquid coolants, catalysts or
expensive gas mixtures – just simple Nitrogen and Oxygen.
Technische Universität Dresden Institut für Leichtbau und
Kunststofftechnik
Address
Holbeinstr. 3
01307 Dresden
Germany
Phone
+49 351 463-37915
Fax
+49 351 463-38143
Internet address
www.tu-dresden.de/mw/ilk
E-Mail
ilk@ilk.mw.tu-dresden.de
Stand
Hall 07, C04 (Page 282)
Product Description
Systech Illinois offer a range of permeation instruments
for precision oxygen and water vapour analysis of packaging film barriers.
Systech’s 7000 range of water vapour permeation analysers utilise the Proprietary Coulometric P2O5 sensor,
which is more sensitive and stable than infra-red and
does not require calibration. Systech have 30 years of experience using this
technology and it is the primary method for absolute moisture measurement.
The 8000 range of oxygen permeation analysers offer fast, reliable and versatile
testing for all bottles, packages and films. These instruments provide extremely
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Company News
09.08.2013
Technische Universität Dresden Institut für...
FOREL – BMBF-Leuchtturmprojekt für E-Fahrzeuge
der Zukunft in Dresden gestartet
starten zunächst zwei prozesstechnologisch orientierte Initialisierungsprojekte
auf dem Gebiet der Leichtmetall- sowie Stahl/Composite-Verarbeitung. Weitere Forschungsvorhaben werden in nachfolgenden Phasen aufbauend auf den
FOREL-Forschungsergebnissen und identifizierten Defiziten zielgerichtet initiiert.
Die Nationale Plattform Elektromobilität (NPE) identifiziert „Funktionsintegrativen Systemleichtbau in Multi-Material-Design“ als eine Schlüssel- und Zukunftstechnologie, um Deutschland als Leitmarkt und Leitanbieter für die Elektromobilität zu etablieren. Bislang sind Erfahrungen zur großserienfähigen Auslegung,
zur Herstellung und zum Recycling von Leichtbaustrukturen für die Elektromobilität an vielen Stellen in Deutschland weitgehend isoliert vorhanden. Ein neues
vom Bundesministerium für Bildung und Forschung (BMBF) gefördertes Leuchtturmprojekt im Bereich der Elektromobilität ist am 01.07.2013 gestartet.
Ansprechpartner: Prof. Dr.-Ing. habil. Prof. E.h. Dr. h. c. Werner Hufenbach
Tel.: 0351 463-38141 ilk@tu-dresden.de
Das Forschungs- und Demonstrationszentrum für ressourceneffiziente Leichtbaustrukturen der Elektromobilität (FOREL) wird als national übergreifende, offene Plattform erstmals aktuelle Erkenntnisse auf dem Gebiet der Elektromobilität bündeln, systemische Forschungsansätze aufzeigen und elektromobilgerechte Leichtbausystemlösungen zielgerichtet in die industrielle Praxis überführen. So findet ein vorwettbewerblicher, projektbezogener Austausch aller
beteiligten Partner und die systemische Koordination von Forschungsprojekten
statt. Im Rahmen eines Technologiezentrums sollen die Entwicklungsergebnisse validiert und langfristig unterschiedliche Prozessketten zu einem umfassenden Prozessnetzwerk verknüpft werden.
Product Overview
Das Verbundvorhaben wurde durch das Institut für Leichtbau und Kunststofftechnik, ILK (Direktor: Prof. Werner Hufenbach) der Technischen Universität
Dresden im Rahmen der Nationalen Plattform Elektromobilität (NPE) mit Unterstützung der Arbeitsgruppe 5 Materialien und Recycling unter Leitung von
Dr. Andreas Kreimeyer, Mitglied des Vorstands der BASF SE, Sprecher der
Forschung, und Dr. Karsten Kroos, Vorsitzender des Bereichsvorstands der
Business Area Components Technology der ThyssenKrupp AG, initiiert. „Als
national übergreifende, offene Plattform wird diesem Leuchtturmprojekt auf dem
Gebiet der Elektromobilität im internationalen Wettbewerb eine Vorreiterfunktion
zukommen“, so PROF. DR. WERNER HUFENBACH.
FOREL wird als übergreifende Organisations- und Steuerungsschnittstelle unter
Federführung des ILK eingerichtet. Universitäre Partner sind die Technische
Universität Bergakademie Freiberg, die Technische Universität München und
die Universität Paderborn. Industriepartner von FOREL sind u. a. Bühler,
FRIMO, INPRO, Kirchhoff Automotive, Krauss Maffei, ThyssenKrupp und Volkswagen. Die Anschubfinanzierung wurde bei intensiver Industriebeteiligung für
drei Jahre mit einem Gesamtvolumen von 20,3 Millionen EUR (Fördersumme
12,1 Millionen EUR) bestätigt. Im zweiten Halbjahr 2013 bzw. Anfang 2014
233
Prof. Dr.-Ing. habil. Maik Gude (ILK, TU Dresden): Tel.: 0351 463-38153
maik.gude@ tu-dresden.de
www.plattform-forel.de
04.06
Technische Universität Dresden Institut für...
TecPart Verband Technische Kunststoff-Produkte e. V.
Address
Städelstr. 10
60596 Frankfurt
Germany
Phone
+49 69 2710535
Fax
+49 69 239836
Internet address
www.tecpart.de
E-Mail
info@tecpart.de
Stand
Hall 08a, F11-1 (Page 290)
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Company News
05.07.2013
TecPart Verband Technische Kunststoff-Produkte e....
Abgabefrist für preiswürdige technische Teile
verlängert
Product Overview
Bis zum 26. Juli 2013 können technische Teile im Wettbewerb um den
TecPart-Innovationspreis, der im Oktober auf der K-Messe 2013 zum 16. Mal
verliehen wird, eingereicht werden. Im August kommt die unabhängige fünfköpfige Experten-Jury aus Wissenschaft, Kunststoff-Herstellern sowie den Abnehmerindustrien zusammen, um erneut hervorragende konstruktive, fertigungstechnische und kunststoffgerechte Lösungen von Kunststoffverarbeitern mit
dem TecPart-Innovationspreis auszuzeichnen. Eingereicht werden können bis
zu drei Teile, die in den letzten zwei Jahren produziert wurden.
Der seit 1974 ausgelobte TecPart-Innovationspreis dokumentiert den hohen
technologischen Stand und die Innovationsfähigkeit der Kunststoffverarbeiter
im deutschen Sprachraum. Zudem bietet er den ausgezeichneten Firmen die
Gelegenheit, ihre Innovationen publikumswirksam einer breiten Öffentlichkeit zu
präsentieren. Erstmalig wird in diesem Jahr die Preisverleihung am 1. Messetag
der K von der Fachpresse medial begleitet und die Gewinner und ihre Produkte
in einer Fachpublikation vorgestellt.
Neben dem Ziel, mit der Prämierung die Bedeutung und Funktion technischer
Teile, die oftmals innerhalb komplexer Baugruppen als einzelnes Teil oder System „unsichtbar“ bleiben, herauszustellen, ist besonders der Werbeeffekt für
die Gewinner ein maßgebliches Asset des TecPart-Innovationspreises, erläutert
Michael Weigelt, Geschäftsführer von TecPart. Das Anmeldeformular und weitere Informationen stehen unter http://www.tecpart.de/images/tecpart/tecpartpreis/2013/einladung_flyer%20tt-preis%202013_.pdf auf der TecPart-Homepage
zum Download bereit.
GKV/TecPart – Verband Technische Kunststoff-Produkte e.V. ist die Interessenvertretung für Hersteller von technischen Kunststoff-Produkten in Öffentlichkeit
und Politik sowie in nationalen und europäischen Gremien. Die Mitglieder sind
hoch spezialisierte Experten auf dem Gebiet der Spritzgießtechnik und anderen
Kunststoffverarbeitungsverfahren und entwickeln, konstruieren und produzieren
technische Kunststoffteile und die Werkzeuge zu deren Herstellung. Auftraggeber und Abnehmer sind die Automobil-, Elektro-, Maschinenbau- und Medizintechnikindustrie. GKV-TecPart ist einer der vier Trägerverbände des Gesamtverbands Kunststoffverarbeitende Industrie e.V. (GKV). Insgesamt werden durch
TecPart und seine GKV-Schwesterverbände rund 300.000 Beschäftigte und
rund 56 Mrd. € Umsatz / Jahr vertreten. www.tecpart.de
Pressekontakt: TecPart – Verband Technische Kunststoff-Produkte e.V. Michael
Weigelt
235
04.03
TecPart Verband Technische Kunststoff-Produkte e....
Trade associations
Thüringisches Institut f. Textil- u. Kunststoff-Forschung e.V.
Address
Breitscheidstr. 97
07407 Rudolstadt
Germany
Phone
+49 3672 379400
Fax
+49 3672 379379
Internet address
www.titk.de
E-Mail
reinemann@titk.de
Stand
Hall 07, B24 (Page 282)
Company News
04.09.2013
Thüringisches Institut f. Textil- u....
TITK präsentiert hochwirksame antibakterielle und
universell kompatible Masterbatchmaterialien
Das Thüringische Institut für Textil- und KunststoffForschung e. V. (TITK, www.titk.de) ist auch in diesem
Jahr auf der K 2013 in Düsseldorf vom 16.10. –
23.10.2013 in Halle 7, Stand B24, vertreten.
Das TITK präsentiert unter anderem Forschungsergebnisse auf dem Gebiet der antibakteriellen Ausrüstung
von Kunststoffen
Mit dem bereits auf der K 2010 vorgestellten Zink-haltigen PEImC16-Zn 6-p und
dem Silber-haltigen PEImC16-Ag 8-p bietet das TITK zwei antimikrobielle Hybridpolymere an, die in Form von Beschichtungen, durch Extrusion und Spritz-
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guss zur antimikrobiellen Funktionalisierung von Oberflächen und Kunststoffen
verwendet werden können.
Um die kunststofftechnische Verarbeitung dieser antimikrobiell wirksamen Additive zu optimieren, wurden diese mit speziellen, für die Medizintechnik vorgesehenen PEBA-Typen zu hochkonzentrierten antimikrobiellen und universell
kompatiblen Masterbatches weiterverarbeitet. Die universelle Kompatibilität
kommt durch die chemische Struktur von PEBA zustande, welches aus polaren
Polyamidblöcken und unpolaren Polyetherblöcken besteht. Jeder Masterbatch
enthält 50 Ma% antimikrobiell wirksames Additiv, sodass der Extrudeur oder
Spritzgießer nur geringste Mengen an Masterbatch zusetzen muss um sein Material mit antimikrobiellen Eigenschaften auszustatten, ohne dabei seine Einstellparameter an seinem Extruder oder seiner Spritzgussmaschine ändern zu
müssen.
Im Rahmen der Forschungsaktivitäten wurden die entwickelten Masterbatchmaterialien in unterschiedlichen Konzentrationen mit den für die Medizintechnik relevanten Matrixpolymeren PE-LD, PA6 und TPU zu antimikrobiellen Polymerblends verarbeitet, wonach deren Blendmorphologie und deren Funktionseigenschaften charakterisiert wurden. So wurden die entwickelten Polymerblends im hausinternen Biologielabor des TITK auf ihre antibakterielle Wirksamkeit gegen den Bakterienstamm Staphylococcus aureus getestet. Alle
Silber-haltigen Polymerblends wirkten schon bei dem geringsten Masterbatchgehalt von 2 Ma%, unabhängig vom jeweiligen Matrixpolymer bakterizid. Die Zinkhaltigen Polymerblends wiesen nur eine geringfügig niedrigere antibakterielle
Wirkung gegen Staphylococcus aureus auf. Durch ihre universelle Kompatibilität können die antimikrobiellen Masterbatchmaterialien in unterschiedlichsten
Bereichen der Medizintechnik und der lebensmittelverarbeitenden Industrie verwendet werden. So könnte man beispielsweise im medizintechnischen Bereich Katheter, Dichtungen, sowie Förderbänder für Lebensmittel aus antimikrobiellen TPU-Polymerblends und Verpackungsmaterialien für medizintechnische
Produkte aus antimikrobiellen PE-LD- und PA6-Polymerblends herstellen.
Hervorzuheben ist, dass eine hohe antibakterielle Wirksamkeit mit einem geringen Masterbatchgehalt erreicht werden kann, ohne, dass eine nennenswerte
Beeinflussung der restlichen Materialeigenschaften eintritt.
vorgestellt.
Thüringisches Institut für Textilund Kunststoff-Forschung e.V.
237
07407 Rudolstadt
Tel.: +49 (0)3672 379 - 0
Fax: +49 (0)3672 379 - 379
Email: info@titk.de
Ansprechpartner
Tel.: +49 (0)3672 379 - 400
Fax: +49 (0)3672 379 - 379
04.09.2013
TITK erweitert Anlagentechnik mit einem Reinraum für
die Entwicklung von Medizinprodukten
Das Thüringische Institut für Textil- und KunststoffForschung e. V. ist auch in diesem Jahr auf der K
2013 in Düsseldorf vom 16.10. – 23.10.2013 in Halle
7, Stand B24, vertreten.
Die Medizintechnik ist national wie international ein
„starker Motor“ für die Entwicklung neuer polymerer
Hightech- und Funktionsmaterialien. Ein Forschungsschwerpunkt der Abteilung
Kunststoff-Forschung ist bereits seit einigen Jahren die Entwicklung bioaktiver /
biogener Kunststoffmaterialien.
Zur medizinproduktgerechten Fertigung und Bemusterung wurde ein neues
Technikum installiert, welches neben einem Reinraum (ISO-Klasse 6) auch
einen Spritzgießautomat (Battenfeld, Wittmann) mit Robotertechnik zur automatisierten (partikel- / keimarmen) Entnahme von Form- und Musterteilen umfasst.
Aufgrund der Temperatur- und Druckverhältnisse erlaubt der Spritzgussprozess
eine autosterile Fertigung von Teilen. Aber sobald das Formteil fertig gegossen
ist, muss es unter Reinraumbedingungen gehandhabt werden. Aus diesem
Grund ist die Maschine von einer Schutzhülle ummantelt in die reine Luft einströmt und somit keine Fremdkörper eindringen können (siehe Abbildung 1).
Nach Entnahme und Ablage des Bauteils mit einem Roboterarm auf ein Förderband und Passieren der Schleuse kann eine weitere Bearbeitung des Formteils
im Reinraum erfolgen, wie z. B. die Beschichtung des Kunststoffes mit antibakteriellen Materialien.
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04.09.2013
Mit der errichteten Demonstrationsanlage ist das TITK in der Lage, unter medizintechnikgerechten Bedingungen die Entwicklung und Fertigung von Mustermaterialien für anspruchsvolle Spezialanwendungen im Labor- und Pilotmaßstab
zu betreiben.
Weitere Anlagentechnik ist noch geplant bzw. wird gerade in Betrieb genommen, um auch Compoundherstellung und Polymermodifizierung in Schmelze
unter Reinraumbedingungen betreiben zu können.
Mögliche Anwendungen sind Materialentwicklung, -austestung und -optimierungsversuche
sowie Bemusterung im Bereich Spritzguss, aber auch Beschichtungen unter
hochreinen Umgebungsbedingungen für Kunststoffe in medizintechnischen und
optischen Anwendungen.
Es sind erste F&E-Projekte in Bearbeitung, die eine Nutzung des Reinraumes
einschließen. Das dort behandelte Themengebiet umfasst vor allem die antibakterielle Ausstattung verschiedener Medizintechnikprodukte und -artikel, als auch
ein breitgefächertes Materialscreening.
Erste Probeläufe mit der Spritzgussmaschine wurden erfolgreich durchgeführt.
vorgestellt.
Wärmeleitfähiges Guss-PA
In aktuellen Arbeiten werden innerhalb des Thüringischen Institutes für Textil- und Kunststoff-Forschung
(TITK e.V.) insbesondere auch Guss-Polyamide wärmeleitfähig ausgerüstet. Derartige Komposite erreichen neue Eigenschaftsniveaus.
Die wärmeleitfähigen Polyamid- Komposite auf der Basis von anionisch polymerisiertem ε-Caprolactam und Bornitrid wurden im Rahmen eines vom BMWi
geförderten Forschungsprojektes im TITK e. V. entwickelt.
Im Ergebnis konnten an den entwickelten Guss-Polyamiden Wärmeleitfähigkeiten
von bis zu 2 W / m * K
bei Additivgehalten bis zu 30 wt% in Abhängigkeit der Korngrößenverteilung des
Bornitrids erzielt werden.
Gegenüber einem ungefüllten Polyamid 6 G konnte damit die Wärmeleitfähigkeit
um 600 % gesteigert werden.
Diese Verbundmaterialien können als wärmeleitfähige Bauteile zum Einsatz
gelangen, bei denen z. B. auftretende Friktionswärme schnell abgeführt werden muss (hoch beanspruchte, bewegte Teile, wie Zahn-räder, Seilrollen etc.).
In den Technika des TITK sind weitere Arbeiten zur Einbringung von Füll- und
Verstärkungsstoffen bzw. von funktionellen Additiven in Gusspolyamide vorgesehen.
Das TITK e. V. dankt dem Bundesministerium für Wirtschaft und Technologie
für die Förderung des FuE-Vorhabens “Wärmeleitendes Gusspolyamid“, Nr. MF
100073, im Rahmen des INNO-KOM-Ost-Programmes.
Tel.: +49 (0)3672 379 - 0
Weitere Forschungsergebnisse sowie das Dienstleitungsangebot der Ostthüringischen Materialprüfgesellschaft für Textil- und Kunststoffe mbH (OMPG) werden
am Messestand der OMPG in Halle 07, Stand B24 vorgestellt.
Fax: +49 (0)3672 379 - 379
Email: info@titk.de
Ansprechpartner
07407 Rudolstadt
Tel.: +49 (0)3672 379 - 0
Fax: +49 (0)3672 379 - 379
Tel.: +49 (0)3672 379 - 400
Email: info@titk.de
Fax: +49 (0)3672 379 - 379
Ansprechpartner
07407 Rudolstadt
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- Compoundierung
- Folienherstellung (Flach- und Blasfolie)
- Spritzguss
Tel.: +49 (0)3672 379 - 400
Das Dienstleitungsangebot der Ostthüringischen Materialprüfgesellschaft für
Textil- und Kunststoffe mbH (OMPG) und interessante Forschungsergebnisse
des Thüringischen Instituts für Textil- und Kunststoff-Forschung e. V. werden in
Halle 7, Stand B24 vorgestellt.
Fax: +49 (0)3672 379 - 379
04.09.2013
Ostthüringische Materialprüfgesellschaft
OMPG - vielseitiger Dienstleister für die
Kunststoffbranche
für Textil- und Kunststoffe mbH
Die Ostthüringische Materialprüfgesellschaft für Textilund Kunststoffe mbH ist in diesem Jahr auf der K 2013
in Düsseldorf vom 16.10. – 23.10.2013 in Halle 7, Stand B24, vertreten.
07407 Rudolstadt
Tel.: +49 (0)3672 379 - 0
Seit über 20 Jahren ist die OMPG (akkreditiert nach DIN EN ISO / IEC 17025)
auf dem Gebiet der Kunststoffprüfung tätig.
Das Angebotsspektrum reicht von den klassischen Eigenschaften, die in Datenblättern aufgeführt werden, bis zu spezialisierten Prüfungen für Anwendungen
im Automobil- und Elektrobereich.
Fax: +49 (0)3672 379 - 379
Email: schwarz@titk.de
Internet: www.ompg.de bzw. www.titk.de
Ansprechpartner
Das breite Ausrüstungsprofil der OMPG erlaubt die Prüfung von Textilien,
Faserverbundmaterialien und Kunststoffen. Das Prüfgut kann sowohl als Granulat für den Probekörperspritzguss als auch als Halbzeug oder Bauteil angeliefert werden.
Schwerpunkte der Prüfungen sind u.a.:
Fax: +49 (0)3672 379 - 379
- allgemeine Materialkennwerte
Tel.: +49 (0)3672 379 - 400
- Mechanische und physikalische Kennwerte
- Brandprüfungen (nach Automobilnormen und UL94)
Product Overview
- Glühdraht- und Kriechstrommessungen
- Wärmealterungen und Langzeitöllagerungen
- Klimaprüfungen
01.01.017
01.01.023
Electrically conductive plastics
01.10.027
Agents biozides
01.10.078
Microbicides
- Prüfung von chemikalischen Beständigkeiten
- Prüfung von lackierten Bauteilen
- Belichtung und Bewitterung
Dienstleistungen im Bereich Probenherstellung:
- Polymerisation von PA und PET
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02.04.004
04.03
Trade associations
04.06
Product Details
04.06
bile, hydrophobe, antibakterielle, flammhemmende Eigenschaften, Transportund Barriereeigenschaften; nanoskalige Funktionspolymerkomposite); Technologieentwicklung für polymergetragene Mikroelektronik und Mikrosystemtechnik;
Mikrophysikalische Charakterisierung von Polymerformkörpern; Mikro-Materialbearbeitung
und -strukturierung mittels Laser- und Drucktechniken
Im TITK wird sowohl Grundlagenforschung, als auch industrienahe Forschung
und angewandte Forschung im vorwettbewerblichen Bereich betrieben.
Welche Produkte oder Verfahren wurden in den letzten 5 Jahren entwickelt?
Das TITK besitzt Alleinstellungsmerkmale insbesondere auf folgenden Gebieten:
TITK
Das TITK bearbeitet als Materialforschungseinrichtung auf dem Gebiet der organischen Funktions- und Konstruktionswerkstoffe folgende Strategiefelder: Strukturpolymere, Verbundwerkstoffe, Funktionspolymere, Kunststoffcompounds und
ihre Verarbeitung.
Produkt- und Verfahrensentwicklungen zur Herstellung von cellulosischen Funktionsund Konstruktionswerkstoffen Faserverbundwerkstoffe insbesondere auf Basis
nachwachsender Rohstoffe und Hochleistungsmaterialien Lasertechnologie zur
Mikrostrukturierung (polymerelektronischer Bauelemente) und Mikromaterialbearbeitung von synthetischen Funktionswerkstoffen
Die Bearbeitung erfolgt in 4 Forschungsbereichen:
CHEMISCHE FORSCHUNG
Verformung und Modifizierung von natürlichen Polymeren (Cellulose, Polysaccharide und Polypeptide / Proteine) Synthese, Modifizierung und Verarbeitung
von thermoplastischen Polymeren mit Spezialeigenschaften Herstellung, Charakterisierung und Verwertung von profilierten Filamenten und Kurzfasern, Hohlund Flachmembranen, Folien und Foliebändchen Chemische Wandlung von
Polymerabfällen zu verwertbaren Monomeren bzw. Oligomeren
Universität Erlangen-Nürnberg Lehrstuhl für
Kunststofftechnik
Address
Am Weichselgarten 9
91058 Erlangen-Tennenlohe
Germany
Phone
+49 9131 8529700
Fax
+49 9131 8529709
Internet address
www.lkt.uni-erlangen.de
E-Mail
info@lkt.uni-erlangen.de
Stand
Hall 12, B49 (Page 298)
TEXTIL- UND WERKSTOFF-FORSCHUNG:
Faserstoffe für textile und technische Anwendungen, Faserverbundwerkstoffe
und Verfahren ihrer Herstellung
KUNSTSTOFF-FORSCHUNG:
Nanocomposite; Flammschutz; Modifizierung / Rezepturentwicklung thermoplastischer Kunststoffe; Polymerisation von Polyamid und Polyester, Werkstoffliches
Kunststoff-Recycling
Forschung und Entwicklung in den Bereichen
Antibakterielle & Fungizide Materialien Elektrisch leitfähige und abschirmende
Materialien Wärme- und Kältespeichermaterialien
PHYSIKALISCHE FORSCHUNG UND FUNKTIONSPOLYMERSYSTEME :
Materialentwicklung und angewandte chemische Physik Synthese, Modifizierung,
Charakterisierung und Formgebung/Verarbeitung von synthetischen Polymeren
zur Generierung spezieller Materialfunktionen (elektronische, optische, thermosta-
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van Baal GmbH
Product Overview
Universität Erlangen-Nürnberg Lehrstuhl für...
04.02.002
Technical books
04.03
Trade associations
04.06
Product Details
04.03
Address
Sterkenhofweg 31
47807 Krefeld
Germany
Phone
+49 2151 78896-0
Fax
+49 2151 78896-29
Internet address
www.van-baal.com
E-Mail
mail@van-baal.com
Stand
Hall 11, E74 (Page 296)
Universität Erlangen-Nürnberg Lehrstuhl für...
Trade associations
Laboratorien & Technika
Prüflaboratorien
Die Forschungsgebiete werden durch verschiedene Laboratorien mit qualifizierten
Mitarbeitern, die sowohl Entwicklungsarbeiten als auch gutachterliche Prüfungen durchführen, unterstützt.
Product Overview
van Baal GmbH
Lehre & Ausbildung
Lehrangebot
Vorlesungen Bachelor MB, Wing, MECH Vorlesungen Master MB, Wing, MECH
Vorlesungen Hauptstudium Diplom MB, Wing, MECH Vorlesungen Nebenfach
Wahlfächer Studentenseminar Studien- und Diplomarbeiten Praktika
04.06
02.05.076
Rollers and roller coatings
03.10.003
Rolls
04.06
Forschung
Product Details
van Baal GmbH
Forschungsbereiche:
Kunststoffe in der Mechatronik Werkstoffe und Konstruktion Thermoplastverarbeitung 3D-MID / Folientechnik Maschinenelemente / Tribologie Leichtbau
Strahlenvernetzte Kunststoffe Verbindungstechnik / Schweißen Montagespritzgießen
Thermisch und elektrisch leitfähige Kunststoffe Additive Fertigung Dünnwandund Mikrotechnik Kunststoffgebundene Dauermagnete Verbundwerkstoffe Schonende Verarbeitung Füllstoff-Aufbereitung / Haftung und Benetzung Kunststoffe
in der Medizin Neue Prozessstrategien Simulation, Schadensanalyse, Langzeiteigenschaften
245
04.06
Van Baal is focused on both manufacturing and design.
Referring to the design we can offer to make detailed
analysis of both roll and cooling- or extrusion-process.
Thus we can find best suitable solution for roll and film
production.
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„Wir sind stolz, dass wir das Gebäude einen Monat früher übergeben konnten
als geplant“, soMartinHonak, Partner von Vollack. Dem rechtzeitigen Bezug vor
der Düsseldorfer Kunststoffmesse im Oktober stehe damit nichts mehr im Wege.
Vollack GmbH & Co. KG
Address
Max-Planck-Str. 1
50389 Wesseling
Germany
Auf dieser weltweit wichtigsten Messe der Kunststoffindustrie sowie mit einer
zeitgleich stattfindenden Hausmesse präsentiert sich das Unternehmen Reifenhäuser der internationalen Kunststoffwelt als Innovations- und Marktführer. Daher müssen alle Neu- und Umbauten bis Oktober fertiggestellt und bezogen sein.
„Wir werden auch die weiteren Umbauarbeiten termingerecht abschließen“,
sagte Honak und übergab den übergroßen, symbolischen Schlüssel zum „BAU
27“ an Klaus Reifenhäuser.
Phone
+49 2236 94365-74
Fax
+49 2236 94365-99
Internet address
www.vollack.de
E-Mail
asievers@vollack.de
Hosokawa Micron Powders feiert Richtfest Wachstum
nun sichtbar
Stand
Wesseling, 19. Juli 2013. Der Richtkranz weht über
dem Standort Köln-Porz, wo die Investition des japanischen Unternehmens Hosokawa Micron Powders an
Kontur gewinnt. Sowohl für die Erweiterung der Produktion als auch für den Verwaltungsneubau sind die
Rohbauarbeiten abgeschlossen. Planung und Bauausführung liegen in der
Hand von Vollack, dem Spezialisten für die methodische Gebäudekonzeption.
Dieser lud alle beteiligten Gewerke zum traditionellen Richtfest ein. „Die Modernisierung und Erweiterung des Produktionsgebäudes schreitet zügig voran“,
äußert sich Martin Honak, Partner und Architekt bei Vollack, zufrieden über den
Baufortschritt. Der Rohbau des Verwaltungsgebäudes, den Vollack ebenfalls
termingetreu realisiert hat, lässt bereits das neue Gesicht des Unternehmens
Hosokawa erkennen. Das 550 Quadratmeter große Bürohaus entsteht in räumlicher Nähe zur Produktion, die nun um eine 16 Meter hohe Produktionshalle
vergrößert wurde.
Company News
04.09.2013
01.08.2013
Schlüsselübergabe nach Rekordbauzeit: Vollack stellt
neue Montagehalle für Reifenhäuser fertig
Wesseling im August 2013. Nach nur viermonatiger
Bauzeit übergab Vollack, Spezialist für die methodische Gebäudekonzeption, die neue, 18 Meter hohe
Montagehalle an die Firma Reifenhäuser. Das imposante, bereits weithin sichtbare Industriegebäude
ermöglicht die Erweiterung der Forschungs- und Entwicklungsabteilung.
In die neue, 1.200 Quadratmeter große Produktionshalle mit einer Kranlast von
bis zu 32 Tonnen wechselt nun das Tochterunternehmen Reicofil mit der Montage der Verstreckkanäle für Spinnvliesanlagen.
“Als Innovations- und Qualitätsführer forschen und entwickeln wir stetig mit
neuen Rohstoffen und Verfahren“, so Geschäftsführer Klaus Reifenhäuser.
Die Technika, die bereits heute weltweit die größten Entwicklungskapazitäten
in der Kunststoffextrusion darstellen, konnten somit auf eine Fläche von 5.000
Quadratmeter erweitert werden.
Bauzeit verkürzt
247
Hosokawa Micron Powders feiert Richtfest
„Die neue Halle bietet ausreichend Platz für moderne und leistungsfähige Produktionsanlagen und erlaubt uns, künftig flexibel und schnell auf die Anforderungen unserer Kunden zu reagieren”, so Dr. Christoph Wadenpohl, Geschäftsführer der Hosokawa Micron Powders in Porz. Aus dem bestehenden Produktionsgebäude wurde ein Teil herausgeschnitten und in der entstandenen Lücke
eine doppelt so hohe Halle errichtet. Damit das Produktionsgebäude zukunftsfähig bleibt, haben die Planer bereits weitere Ausbaumöglichkeiten berücksichtigt.
Die Arbeiten an der Produktionshalle werden Anfang Dezember abgeschlossen
sein, das Verwaltungsgebäude ist bereits im Oktober bezugsfertig. Dr. Wadenpohl: „Ich freue mich über den sichtbaren Baufortschritt, der unser Wachstum
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am Standort Porz dokumentiert.” Insgesamt investiert Hosokawa drei Millionen
Euro in die Erweiterung des Standorts Porz.
Hosokawa Micron Powders
Seit 30 Jahren bietet Hosokawa Dienstleistungen im Bereich der mechanischen Verfahrenstechnik an. Mit einem Warenumschlag von jährlich 12.000
Tonnen bedient das Unternehmen Kunden aus den Bereichen Chemie, Mineralien, Lebensmittel oder Kosmetik. Mahlen, Granulieren, Sieben und Mischen gehört zum Leistungsportfolio der Porzer Firma, die der internationalen
Hosokawa Micron Gruppe mit Sitz in Osaka/Japan angehört. Am Standort KölnPorz beschäftigt das Unternehmen 40 Mitarbeiter.
Vollack
Mit einem Team von 270 Mitarbeitern, davon 150 Architekten und Ingenieuren,
ist Vollack Spezialist für die methodische Entwicklung, Planung und Realisierung
sowie Revitalisierung nachhaltiger, energieeffizienter Gebäude im Bereich Büro,
Industrie, Gesundheit. Genau zugeschnitten auf den Bedarf und die Prozesse
der Bauherren entstehen nach der Phase NULL® Arbeitswelten mit Alleinstellungscharakter. Dezent¬ral organisiert unterstützt Vollack Auftraggeber
bundesweit an mehreren Standorten und international, indem Bauherren ins
Ausland begleitet werden. Kundenindividuelle Lösungen für die stetige Optimierung ihres Geschäfts machen Vollack zu einem langjäh¬rigen Wegbegleiter
namhafter Unternehmen der unter¬schiedlichs¬ten Branchen. In einer eigenen
Akademie mit Tagungszentrum bilden sich die Mitarbeiter für gegenwärtige und
zukünftige Aufgaben weiter.
30.04.2013
Grundsteinlegung bei Hosokawa Micron Powders
Zum offiziellen Start der Bauprojekte versenkten Mitglieder der HosokawaGeschäftsführung gemeinsam mit Martin Honak, Partner und Architekt bei Vollack und dem stellvertretenden Bürgermeister von Porz, Hartmut Achten, symbolisch eine Zeitkapsel in den Grundstein. Nach alter Tradition sind darin enthalten: die Baupläne, Unternehmensbroschüren, aktuelle Tageszeitungen und
etwas Münzgeld.
Bei der Gestaltung des zweigeschossigen, 550 Quadratmeter großen Bürogebäudes legt Vollack Wert darauf, eine angenehme Arbeitsatmosphäre zu
schaffen: „Das neue Bürogebäude bietet dem Unternehmen offene Strukturen,
damit wird auch eine neue Arbeitswelt ermöglicht”, so Martin Honak, Partner
und Prokurist bei Vollack. Die entstehende, 16 Meter hohe Produktionshalle
schafft Platz für zusätzliche Produktionsanlagen. Zudem werden die Sozialund Technikräume modernisiert. „Der Verwaltungsneubau sowie die neue Fassade der Produktion werden dem Unternehmen Hosokawa Micron Powders ein
neues Gesicht verleihen”, so Martin Honak. Bezugsfertig ist das Büro Ende
Oktober 2013, einen Monat später sollen die Arbeiten an der Produktionshalle
abgeschlossen sein.
Hosokawa Micron Powders GmbH
Seit 30 Jahren bietet Hosokawa Dienstleistungen im Bereich der mechanischen Verfahrenstechnik an. Mit einem Warenumschlag von jährlich 12.000 Tonnen bedient das Unternehmen Kunden aus den Bereichen Chemie, Mineralien,
Lebensmittel oder Kosmetik. Mahlen, Granulieren, Sieben und Mischen gehört
zum Leistungsportfolio der Porzer Firma, die der internationalen Hosokawa Micron Gruppe mit Sitz in Osaka/Japan angehört.
Vollack unterstützt Standorterweiterung
Wesseling, 22. April 2013. Das japanische Unternehmen Hosokawa Micron Powders investiert drei
Millionen Euro in den Neubau eines Bürogebäudes
und in die Erweiterung der Produktion am Standort
Porz. Der Karlsruher Spezialist für nachhaltige Industrieund Gewerbegebäude Vollack übernimmt die Projektplanung und die Bauausführung. Am 22. April luden die Partner zur feierlichen Grundsteinlegung.
„Der Neubau unseres Verwaltungsgebäudes ist gleichzeitig der Startschuss für
die schrittweise Erweiterung unserer Produktionskapazität“, erklärt Dr. Christoph
Wadenpohl, Geschäftsführer von Hosokawa Micron Powders. Auch das Produktionsgebäude wird im gleichen Zug modernisiert und erweitert. „Mit der Investition in unser Hauptgeschäft, der Verarbeitung von Pulvern und Granulaten,
stellen wir die Weichen für ein weiteres Wachstum am Standort Porz.“
249
Mit einem Team von 270 Mitarbeitern, davon 150 Architekten und Ingenieuren,
ist Vollack Spezialist für die methodische Gebäudekonzeption. Wir entwickeln, planen, bauen und revitalisieren für Unternehmer nachhaltige, energieeffiziente Büro- und Industriegebäude. Genau zugeschnitten auf die Bedarfe und
Prozesse der Bauherren entstehen nach der Phase NULL®. Arbeitswelten mit
Alleinstellungscharakter. Dezentral organisiert unterstützen wir Kunden bundesweit an mehreren Standorten und international, indem wir Unternehmen ins
Ausland begleiten. Kundenindividuelle Lösungen für die stetige Optimierung
ihres Geschäfts machen Vollack zu einem langjährigen Wegbegleiter namhafter
Unternehmen der unterschiedlichsten Branchen. In einer eigenen Akademie
mit Tagungszentrum bilden sich die Mitarbeiter für gegenwärtige und zukünftige
Aufgaben weiter.
Bildunterschrift (v.l.n.r): Martin Honak (Vollack), Dr. Christoph Wadenpohl
(Hosokawa Micron Powders) und der stellvertretende Bürgermeister von Köln-
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Porz, Hartmut Achten, versenken die Edelstahlkassette in den Grundstein zum
neuen Verwaltungsgebäude (Foto: Jo Schwartz)
09.04.2013
Grundsteinlegung bei Reifenhäuser Maschinenfabrik
Product Overview
04.06
Product Details
Zukunft entwickeln – und bauen Reifenhäuser investiert
großflächig in den Standort Troisdorf
04.06
Wesseling, 4. April 2013. Getreu dem Firmenslogan
“Werte bewahren – Zukunft entwickeln” erweitert das
Unternehmen Reifenhäuser in den nächsten Jahren
seine Produktionsflächen. Aktuell entsteht ein neues,
18 Meter hohes Produktionsgebäude mit Krananlagen bis 32 t. Die mit der Planung und Ausführung beauftragte Vollack GmbH lud ein zur Grundsteinlegung.
„Innovation und Fortschritt – das sind die Herausforderungen, denen sich die
Reifenhäuser-Gruppe im außerordentlich dynamischen Kunststoff-Markt stellt“,
so Geschäftsführer Klaus Reifenhäuser bei der Grundsteinlegung. Als Zeichen
dafür werden in den nächsten Jahren große Investitionen in den Firmenstandort
getätigt. Bürgermeister Jablonski freut sich, „ dass das Unternehmen mit den
umfangreichen baulichen Maßnahmen den Standort Troisdorf bestätigt.“
Das Familienunternehmen gehört weltweit zu den führenden Herstellern von
Extrusionsanlagen und ist Spezialist für wirtschaftlich hocheffiziente Lösungen.
Mit dem Anspruch, für die Entwicklung seiner Hochleistungsprodukte ebenso
leistungsfähige, individuell passende Produktionsstätten zu errichten, sind die
Reifenhäusers an die Vollack GmbH in Wesseling herangetreten, dem Spezialisten für Industrie- und Verwaltungsgebäude.
„Dem sich wandelnden Markt müssen sich auch die Produktionsgebäude anpassen – sie müssen individueller, flexibler und damit leistungsfähiger werden“,
erklärt Martin Honak, Partner und Prokurist bei Vollack am Standort Wesseling.
Die Zeitkapsel, die zum offiziellen Start des aktuellen Bauprojektes versenkt
wurde, enthält neben aktuellen Tageszeitungen, Bauplänen und Münzen auch
Broschüren, aus denen sich die Werte beider Unternehmen lesen lassen: Innovation, Beständigkeit, Umsetzungsstärke.
Bildunterschrift (v.l.): Martin Honak (Vollack), Ulrich und Klaus Reifenhäuser
sowie Klaus-Werner Jablonski, Bürgermeister von Troisdorf, bei der Grundsteinlegung zum neuen Produktionsgebäude. Foto: Jo Schwartz
Entwicklung, Planung und Bau von Industriegebäuden
Gebäudestratege mit individuellen Lösungen
Mit einem Team von 270 Mitarbeitern, davon 150 Architekten und Ingenieuren, ist Vollack Spezialist für die
methodische Gebäudekonzeption. Wir entwickeln, planen, bauen und revitalisieren für Unternehmer nachhaltige, energieeffiziente Büro- und Industriegebäude. Genau zugeschnitten auf die Bedarfe und Prozesse der Bauherren
entstehen nach einer eigens entwickelten Methode, der Phase NULL®, Arbeitswelten mit Alleinstellungscharakter. Dezentral organisiert unterstützen wir
Kunden bundesweit an mehreren Standorten und begleiten sie auch ins Ausland.
Vollack Wesseling arbeitet an der Seite renommierter Unternehmen aus der
Kunststoff- und Chemie-Industrie. Für und mit Kunden wie der Reifenhäuser
Maschinenfabrik, Hosokawa Micron Powders, Trosifol/Kuraray, Currenta werden in Wesseling optimierte Prozessabläufe erarbeitet und adäquate bauliche
Lösungen entworfen.
Im Fokus der Beratungs- und Planungsleistungen steht dabei die eingehende
Beleuchtung der Produktionsprozesse, der Logistikabläufe sowie der Kommunikationswege - Faktoren, die direkten Einfluss nehmen auf die Ausgestaltung
des Gebäudes und letztendlich auch auf die Wettbewerbsfähigkeit der eigenen
Produkte.
Zukunftsfähige Industriebauten müssen höchsten Anforderungen genügen. Hier
geht es z.B. um die Berücksichtigung zukünftiger Umweltauflagen, um Forderungen der Energieeinsparverordnung oder die Reduzierung des Energieverbrauchs
durch intelligente Energieversorgungskonzepte.
Ebenso unterliegen hochtechnisierte Produktionsanlagen immer höheren Anforderungen in Bezug auf Hygiene, Lärmschutz, Energieversorgung oder Dimension. Dies erfordert eine besonders vorausschauende Planungsleistung
und im Ergebnis intelligente Industriegebäude, die solche Veränderungen zu-
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lassen.
With 150 architects and engineers companywide Vollack is a national and international specialist for methodic development, planning, and realization as well
as for preservation and revitalization of sustainable, energy-efficient commercial and industrial buildings. Starting with the so-called Phase NULL® Workshop (engl. Phase Zero) Vollack develops unique buildings tailored exactly to
the individual requirements and customers’ processes.
Customized solutions for a consistent optimization of the clients’ business make
Vollack a long-time partner of renowned companies of various industries.
01.01.049
Polyamide PA 06
01.01.053
Polyamide PA 66
01.01.067
Polycarbonate blends
01.01.077
Polyethylene PE-HD
01.01.093
Polypropylene
01.01.106
Polyvinyl chloride plasticised (PVC-P)
01.01.116
Reclaimed material
02.04.004
Subcontracting
WIPAG SÜD GmbH & Co. KG
Address
Nördliche Grünauer Str. 31
86633 Neuburg/Donau
Germany
Phone
+49 8431 4336-0
04.05
Fax
+49 8431 4336-22
Product Details
Internet address
www.wipag.de
04.05
E-Mail
info@wipag.de
Subcontracting
Know-how
Superior professional competence
Stand
Hall 12, B49 (Page 298)
Product Overview
WIPAG is the market leader in the development and
the application of innovative separation technologies in
plastic recycling.
01.01.004
Acrylonitrile/butadiene/styrene polymerblends
01.01.006
Acrylonitrile/styrene/acrylic ester copolymerblends
01.01.017
01.01.032
From development formulation to the know-how on the
application of additives - WIPAG has extensive knowledge of plastic compounding.
Years and years of experience, a highly-skilled team of employees and on-going
training and further education measures are the key factors of our success.
Economic efficiency
By adopting WIPAG’s recycling technologies, new cost-efficiency potentials will
open up for you. Our innovative methods will enhance your competitiveness.
Granulates
Material test procedures
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In addition to norm test methods, we support you by making application-oriented
material tests in our laboratory.
Flexibility
Product Overview
WVIB Wirtschaftsverband industrieller Unternehmen...
04.03
Trade associations
WIPAG offers tailor-made compounds for every application required. Such as
the complete process of conditioning is optimally adapted to your expectations
and to the existing ancillary conditions of your company.
04.06
”DESIGN FOR RECYCLING”
Product Details
In accordance with the principle of ”DESIGN FOR RECYCLING”, our engineers
will advise you during the development stage of the constructional elements as
to which parameters to consider in order to simplify material recycling.
04.03
WVIB Wirtschaftsverband industrieller Unternehmen...
Trade associations
Leistungen
Research & development
WIPAG’s integration in the research and development operations of OEM, Tier1,
the automotive supplier industry as well as raw material suppliers, shows that
the company is internationally recognised as a competent partner.
WIPAG’s participation in the ”ECODESIGN” project within the scope of the European Commission’s 6th Supporting Research Programme as well as in the
European Recycling Activity Team of FORD AG are some important examples
of WIPAG’s activities. Our picture shows the award ceremony of the ”Vehicle
Evaluation & Verification Award”.
WVIB Wirtschaftsverband industrieller Unternehmen Baden
e.V.
Address
Merzhauser Str. 118
79100 Freiburg im Breisgau
Germany
Phone
+49 761 4567-0
Fax
+49 761 4567-599
Internet address
www.wvib.de
E-Mail
info@wvib.de
Stand
Hall 07a, B02-6 (Page 280)
255
Der wvib bietet seinen knapp 1.000 Mitgliedsunternehmen
eine Vielzahl von Dienstleistungen an. Das Angebot
präsentiert sich in sechs Geschäftsfeldern: Informationen, Beratung, Erfahrungsaustausch, Netzwerk, wvibAkademie und Treffpunkte. Jedes Geschäftsfeld ist
gegliedert in einzelne Produkte, die von einem Produktmanager betreut werden.
Der wvib hilft seinen Mitgliedern schnell, unbürokratisch und persönlich. Von
der kurzen Auskunft am Telefon über die individuelle Beratungsleistung vor
Ort bis zur Netz-Veranstaltung: Die 30 Mitarbeiter in der wvib-Geschäftsstelle
in Freiburg haben immer ein offenes Ohr für die unternehmerischen Herausforderungen, Ideen und Anregungen ihrer Mitglieder.
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Zeppelin Systems GmbH
Address
Graf-Zeppelin-Platz 1
88045 Friedrichshafen
Germany
Phone
+49 7541 202800
Fax
+49 7541 202491
Internet address
www.zeppelin-systems.com
E-Mail
vertrieb.fn@zeppelin.com
Stand
Hall 09, B41 (Page 292)
Product Overview
03.02.006.04
Machines for the tyre industry
03.07.002.01
Silos
03.07.002.02
Silo discharge devices
03.07.002.03
Driers for bulk materials
03.07.002.04.01
Pneumatic conveyors
03.07.002.04.02
Screw conveyors
03.07.002.04.05
Other conveyors (except factory trucks and carts)
03.07.002.05.01
Volumetric dosing and metering equipment
03.07.002.05.02
Gravimetric dosing and metering equipment
03.01.001.01
Mixers, continuous type, for solids
04.05
Subcontracting
03.01.001.03
Mixers, batch type, for solids
04.06
03.01.001.05
Other mixers
Product Details
03.01.004
Screening machines, classifiers, dedusting systems
for plastic pellets
04.06
03.01.008
Compounding lines
Über Zeppelin
03.01.009
Recycling lines
03.02.001.01.02
Extruders, twin screw type
Von der Logistik bis in die Produktion – Zeppelin liefert
auf Wunsch schlüsselfertige Systeme. Ob komplexe
Anlagen oder einzelne Komponenten – mit praxisbewährten Technologien von Zeppelin sind Sie immer
einen Schritt voraus. Und damit Sie mit Ihrer Produktion Ihren technischen Vorsprung immer schnell in
wirtschaftlichen Erfolg umsetzen können, sind wir stets
ganz nah an Ihnen dran. Denn im internationalen Anlagenbau werden die Wege immer weiter – und damit Kundennähe immer
wichtiger.
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Höchste Flexibilität, absolute Verfahrenssicherheit, spitze in Bezug auf Produktivität: So stellen Sie sich Ihre Logistik vor. Und genau so konzipieren wir Ihre
Anlage. Mit innovativen Technologien, erstklassigen Konzeptionen und jeder
Menge Erfahrung. Nicht umsonst vertraut man beim Bau der weltweit größten
Anlagen auf Zeppelin.
» Hochleistungs Kühl Mischer
» Turn-Key-Anlagen
» Labor Mischer
» Silotechnik
» Kontinuierlicher Mischer
» Fördertechnik
» Compoundier-Systeme
» Lagerkonzepte
Jedes System ist so gut wie seine Bauteile. Deshalb bauen wir die Entscheidenden selbst.
» Verpackungstechnik
» Steuerungstechnik
» Lagerverwaltungssysteme
» Off-site-Anlagen
Anlagen für Verarbeiter – schlüsselfertig aus einer Hand. Als erster ins Ziel
zu kommen gehört zu Ihren täglichen Aufgaben. Deshalb verlassen Sie sich
ausschließlich auf ausgereifte Technik und bewährte Systeme. Und damit dies
auch in Zukunft so bleibt, beweisen Sie Ihr sicheres Gespür für wegweisende
Innovationen meist vor allen anderen. Natürlich auch bei wichtigen Prozessen
wie Aufbereitung, Compoundierung und Extrusion.
» Materialannahme
» Silotechnik
» Universal Mischer vertikal / horizontal
» Container Mischer
» Process- und Masterbatch Mischer
Qualität zu stiften und Mehrwert zu realisieren ist eine Grundanforderung an unsere Systeme. Um diesem Anspruch jederzeit gerecht zu werden, entwickeln
und produzieren wir alle Komponenten, die entscheidend für die Wirtschaftlichkeit
des Gesamtsystems sind, selbst. Denn niemand weiß besser als Entwickler des
Ganzen, worauf es auch im scheinbar Kleinen ankommt. Praxisbewährt, auf
dem neuesten Stand der Technik, nahtlos integriert in Ihre Gesamtkonzeption –
so viel können Sie von Zeppelin Komponenten erwarten.
Address
Steinstr. 104-106
14480 Potsdam
Germany
Phone
+49 331 6603000
Fax
+49 331 6603840
Internet address
www.zab-brandenburg.de
E-Mail
info@zab-brandenburg.de
Stand
Hall 08b, E61-11 (Page 288)
» Fördertechnik
» Wiege- und Dosiertechnologie
» Kleinkomponenten-Systeme
» Steuerungstechnik
» Materialmanagement
» Prozess-Steuerungstechnik
Ohne die Henschel Mixing Technology würde die Kunststoffverarbeitung wahrscheinlich noch in den Kinderschuhen stecken. Seit über 50 Jahren setzen wir in
diesem Bereich Standards. Auch in den Sparten Farben, Lacke und Pigmente,
Chemie oder Fluid überzeugen wir mit unserer Kompetenz. Wir wissen, worauf
es ankommt, beherrschen die Verfahren und das Handling der sensiblen Produkte. Mischer und Compounder vom Feinsten – für feinste Ergebnisse.
» Fluid Mischer
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Product Overview
04.03
Trade associations
04.06
Gebäudebereich. Für Kommunen bieten wir Beratungsleistungen zur Erhöhung des Anteils Erneuerbarer Energien, zu den Potentialen der
Kraft-Wärmekopplung und zur Unterstützung des Energiemanagements an. Initialberatungen sind im Rahmen des gesetzlichen Auftrages vom Land Brandenburg finanziert.
Förderberatung
Product Details
04.03
Trade associations
International
Die ZAB bietet umfangreiche Dienstleistungen rund um
das Thema Internationalisierung. Sie ist dabei Partner sowohl des Arbeitskreises Außenwirtschaft BerlinBrandenburg, in dem auch alle Industrie- und Handelskammern sowie alle Handwerkskammern der Region
vertreten sind, als auch des Enterprise Europe Network
der EU-Kommission. Darüber hinaus beteiligt sich die ZAB an vielfältigen europäischen Projekten.
Im einzelnen bietet die ZAB folgende Dienstleistungen zum Thema Internationalisierung:
die „klassischen“ Außenwirtschaftsinstrumente wie Einzelberatungen und Beratungsförderung, Unternehmenseisen und Messen, Länderseminare und Kooperationsbörsen („Außenwirtschaft“) spezielle Informationen und grenzüberschreitende Kooperationsvermittlungen rund um das Thema Europa (Enterprise
Europe Network) Beteiligung an internationalen Projekten, die zum Beispiel
seitens der EU-Kommission oder der Bundesregierung ko-finanziert werden
(Projekte) Strategische Betreuung und EU-Projektunterstützung von Brandenburger Akteuren, insb. Cluster, Netzwerke und Einzelunternehmen (Internationalisierung der Cluster)
04.06
Brandenburg bietet Unternehmen insbesondere aus
dem Mittelstand ein umfangreiches Instrumentarium
zur Förderung von Wachstum und zur Stärkung der
internationalen Wettbewerbsfähigkeit. Dazu zählen passgenaue Angebote zur Entwicklung neuer Technologien
und Produkte, zur Erschließung neuer Märkte, zur Entwicklung neuer Verfahren, Vorgehensweisen, Prozesse sowie Vertriebswege und dazu zählt auch
die maßgeschneiderte Unterstützung bei Ansiedlungsprojekten bis hin zur infrastrukturellen Anbindung. Hier nehmen insbesondere die Gemeinschaftsaufgabe zur Verbesserung der gewerblichen Wirtschaft (GRW), die Investitionszulage und die Innovationsförderung eine herausgehobene Position ein.
Die ZukunftsAgentur Brandenburg steht Ihnen dazu als Ansprechpartner und
Navigator zu den verschiedenen Möglichkeiten der Förderung zur Verfügung.
Häufig wird zur Finanzierung solcher Projekte – insbesondere bei kleinen und
mittleren Unternehmen – Fremdkapital benötigt. In Zusammenarbeit mit der
Investitionsbank des Landes Brandenburg (ILB), unserem Partner in der OneStop-Agency, helfen wir Ihnen gerne in einem persönlichen Gespräch weiter.
Einen ersten Überblick können Sie sich verschaffen auf folgenden Seiten
zur Förderung durch das Land Brandenburg, zu technologietransferrelevanten
Förderprogrammen des Bundes sowie zur Förderung durch die EU mit dem
Schwerpunkt der transnationalen Kooperationsanbahnung.
Energieberatung
Als EnergieSpar-Agentur des Landes Brandenburg beraten wir Unternehmen aus Brandenburg und Investoren in Brandenburg zu sämtlichen Fragen der Wirtschaftlichkeit
von Energiesparmaßnahmen im gewerblichen und im
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Maschinen und Ausrüstungen für die
Kunststoff- und Kautschukindustrie
+ P2)
rea (P1
rking A
me/
tze/Pa
ssyste
n
o
ti
a
Parkplä
avig
s:
r Auto-N ation System
fü
e
s
s
Adre
Navig
for Car
ad
Adress
, Am Sta
seldorf
s
ü
D
40474
Machinery and equipment for the
plastics and rubber industries
Machines et équipements pour l’industrie
du plastique et du caoutchouc
Macchine e attrezzature per l’industria
delle materie plastiche e della gomma
Rohstoffe und Hilfsstoffe
Raw materials, auxiliaries
Matières premières, adjuvants
Materie prime, ausiliari
Nord-Ost*
*Nur für Pendelbusse
(nicht bei allen Veranstaltungen geöffnet)
North-East*
*For shuttle buses only
(not available for all events)
Halbzeuge, technische Teile,
verstärkte Kunststofferzeugnisse
Semi-finished products, technical
parts and reinforced plastics
Produits semi-finis, pièces techniques
et plastique renforcés
Semilavorati, parti tecniche e
plastica rinforzata
Sonderschau
„Kunststoff bewegt“
Special show
“Plastics move the world!”
Exposition spéciale
« Le plastique avance »
Mostra speciale
“La plastica è movimento!”
ScienceCampus
Messe Düsseldorf GmbH
Postfach 10 10 06
40001 Düsseldorf
Germany
Tel. + 49 (0)2 11/45 60-01
Fax + 49 (0)2 11/45 60-6 68
www.messe-duesseldorf.de
264
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2.1 Hall EN.1
-04
266
www.k-online.de
2.2 Hall EN
01
KUNSTSTOFF-PROFI Verlag
GmbH & Co. KG
268
www.k-online.de
2.3 Hall 01
A09
C09
JB TECNICS SAS
E36
AST Technology
270
www.k-online.de
2.4 Hall 03
D35
GABLER Thermoform GmbH & Co.
KG
272
www.k-online.de
2.5 Hall 04
A23
A35
AISAPACK SA
B21
Comexi Group
274
www.k-online.de
2.6 Hall 05
A22
GAUDLITZ GmbH
E03
M-Base Engineering + Software
GmbH
F30-13
HOS-Technik Vertriebs-und
Produktions-GmbH
276
www.k-online.de
2.7 Hall 06
B27
Kunststoff Information
Verlagsgesellschaft mbH
C40
PlasticsEurope
C54-7
Deutsches Institut für
Kautschuktechnologie e.V.
D76
ChemSite Initiative
278
www.k-online.de
2.8 Hall 07a
B02-6
WVIB Wirtschaftsverband
industrieller Unternehmen Baden
e.V.
B10
D35
D35
280
www.k-online.de
2.9 Hall 07
B01
Institut für Kunststofftechnik,
Universität Stuttgart
B24
Ostthüringische
Materialprüfgesellschaft für Textil
und Kunststoffe mbH - OMPG mbH
B24
Thüringisches Institut f. Textil- u.
Kunststoff-Forschung e.V.
C04
Technische Universität Dresden
Institut für Leichtbau und
Kunststofftechnik
C06
Leibniz-Institut für
Polymerforschung Dresden e.V.
C11
282
www.k-online.de
2.10 Hall 07.1
A55
Chemir - EAG
B55
C30
PLATTS
284
www.k-online.de
2.11 Hall 07.2
A32
Norner AS
286
www.k-online.de
2.12 Hall 08b
C63
E61-1
Industrie- und Handelskammer
(IHK) Potsdam
E61-10
E61-11
Kunststoffverbund Brandenburg
Berlin
E61-11
ZukunftsAgentur Brandenburg
GmbH
E61-7
Industrie- und Handelskammer
(IHK) Potsdam
288
www.k-online.de
2.13 Hall 08a
C20
ICIS
C32-1
AVEP - FETRAPLAST
C32-1
AVEP - FETRAPLAST
C32-3
AIMPLAS
D47
BGS Beta-Gamma-Service GmbH
& Co. KG
F11-1
TecPart Verband Technische
Kunststoff-Produkte e. V.
F11-2
Kunststoff-Zentrum in Leipzig
gGmbH
H20
BARNET EUROPE W. Barnet
GmbH & Co. KG
H28
Sukano AG
290
www.k-online.de
2.14 Hall 09
A22
MHG Maschinenfabrik Hombak
GmbH
A22
Pallmann Maschinenfabrik GmbH
& Co. KG
B41
E30
292
www.k-online.de
2.15 Hall 10
B42
SHS plus GmbH
C09
Europlasma N.V.
D20
GABO QUALIMETER Testanlagen
GmbH
G13
294
www.k-online.de
2.16 Hall 11
D75
Bodycote Wärmebehandlung
GmbH
E74
van Baal GmbH
F48
Sayers Publishing Group Ltd.
Plastics in Packaging
G42
Elastocon AB
G42
G73
MF SOFTWARE Sales & Service
Group GmbH
296
www.k-online.de
2.17 Hall 12
A22
INCLUDIS Automation Systems
Inc.
A51
SWISSMEM
A51-3
A52-8
PRM-Taiwan (Polaris Creative
Corp.)
B49
B49
B49
Universität Erlangen-Nürnberg
Lehrstuhl für Kunststofftechnik
B49
C32-5
D35
Impact Solutions
D35
Listgrove Limited
D35
F02
China Economic News Service
(CENS.com) (Taiwan Machinery
Magazine)
298
www.k-online.de
2.18 Hall 13
A08
A12
A94
CoreTech System Co., Ltd.
(Moldex3D)
300
www.k-online.de
2.19 Hall 14
A70
B68
C16
Institut für Kunststoffverarbeitung
(IKV) in Industrie und Handwerk an
der RWTH Aachen
302
www.k-online.de
2.20 Hall 16
A56
Assocomaplast- Italian Plastics and
Rubber Processing Machinery and
Moulds Manufacturers Association
F42
Euromap c/o VDMA
304

difference - Zur K 2016

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