Program Holland@CERN

Holland@CERN and CERN@Holland!
As you have probably noticed, the Netherlands has a new government.
One of the main priorities of the new coalition agreement is
‘innovation’, because - I quote – ‘strengthening the innovative power
of industry is vital to future economic development. Good cooperation
between industry, knowledge institutions, and government is of great
importance. The relationship between knowledge, science, applied
research and innovation policy will be strengthened.’ To this end the
new government has even created a new Ministry of Economic
Affairs, Agriculture and Innovation, which is sponsoring
Holland@CERN.
But that is about government. Most important for innovation are of course enterprises, academic
and research institutions. Like the highly qualified 28 Dutch companies now attending this hightech exposition at CERN. A compliment to Nikhef - and my good friend Jos Engelen! - Stichting
FOM/Plasmafysica Rijnhuizen and Dutch Scientific!
CERN is one of the largest and most respected research institutions in the world. It has an
outstanding academic and scientific reputation in particle physics. Achievements such as the
discovery of W and Z bosons, the first creation of antihydrogen atoms and the discovery of direct
CP-violation are direct results of experiments at CERN. CERN produced several Nobel Prize
winners in physics – including three Dutchmen. Nowadays, we can all learn about such
achievements on the World Wide Web – which started as a CERN project. For enterprises
looking for innovative opportunities, CERN is certainly a place to be. So my advice to you: bring
Holland to CERN and CERN to Holland. A win-win!
I would like to welcome all participants to this exposition. And please do not hesitate to knock on
my door in Geneva or call upon my colleagues in Bern or the ministry in The Hague if we can
assist you.
Boudewijn J. van Eenennaam
Ambassador,
Permanent Representative of the Kingdom of the Netherlands
to the United Nations and other International Organisations in Geneva
Fundamental science and business
Holland, the Netherlands, was one of the signatories of the
intergovernmental agreement by which CERN was founded in 1954. So in
that sense: Holland is at CERN since 1954. There is, however, every
reason to welcome this event, Holland@CERN, in 2010.
The fundamental science pursued at CERN is aimed at pushing back the
boundaries of knowledge. That has happened successfully in the past and
the Large Hadron Collider, in operation since October 2009, holds great
promises for the future. At CERN pushing back the boundaries of knowledge implies pushing
back the boundaries of technology. A similar observation can be made for the European
Synchrotron Radiation Facility, also involved in the organisation of this event. And this provides
a natural connection between fundamental scientific research and innovative private enterprises:
they need and can reinforce each other. Researchers define what they need – processors, fast
electronics, light and strong materials, high current density superconductors, ultra high vacuum,
sophisticated cryogenics, etc., etc. – and (common) R&D projects lead to the desired products,
sometimes to immediate ‘business’ for the private party, sometimes to new products that bring
benefits at a longer timescale. And of course there are also examples where high-tech advanced
products are already available: also in that case an event like Holland@CERN can be very useful
in bringing parties together.
The ‘knowledge economy’ on which European, so also Dutch, wealth and well being will be
based to an ever greater extent can only flourish if there is an open and lively innovation system.
In such a system public and private R&D, researchers and private enterprises need to be in
constant and constructive contact. May this event contribute to that contact!
Jos Engelen
Chairman of NWO, the Netherlands Organisation for Scientific Research
Abstracts
Harald Reichert: Upgrade plans ESRF (9 November 16:30 Auditorium)
"At the Holland@CERN event, Harald Reichert represents Francesco Sette, Director General of
the ESRF. A physicist who spent a major part of his career at the Max-Planck-Institute for Metal
Research, Harald took office as one of two Directors of Research at the ESRF on 1 January 2009.
His presentation on the ESRF Upgrade Programme will outline the four components of this 180
million Euro capital investment over 7 years (2009-2015), which will keep the ESRF at the
forefront of synchrotron science worldwide: improvements to the accelerator complex, expanded
experimental halls, development of eight new Upgrade Beamlines to enable new science, and
advances in instrumentation. In line with the audience, his presentation will focus on the
technological challenges of instrumentation, including data processing, and new beamlines."
Jean-Michel Georgoux: ESRF purchasing service (9 November 16:00 Auditorium)
The ESRF is funded by 19 member countries and scientific associates, but has its legal
foundation as a private company operating under French law. Jean-Michel Georgoux is Head of
the ESRF Purchase Service. His presentation will outline ESRF Purchasing rules and the main
ESRF Purchasing sectors. He will give details on how to do business with the ESRF in practical
terms.
Thierry Lagrange: CERN purchasing procedures (9 November 16:00 Auditorium)
At the foundation of CERN there was determined that all the goods and services will be obtained
from the member states. To provide a level playing field the Purchase Department handles the
procedures involved. The head of the Finance and Procurement Department, Thierry Lagrange is
responsible for these procedures and will reveal its secrets.
Wim Bras: 10 Years DUBBLE (9 November 17:45 Auditorium)
The Dutch Belgian BeamLines at the ESRF have been officially operational since 5/6/2000. In
June 2010 the 500th publication with data from these beam lines appeared.
The DUBBLE project consists of two beam lines which use ESRF bending magnet radiation to
perform different X-ray scattering and spectroscopy techniques. The beam time available for
Dutch and Belgian users is complementary to the beam time available on the public ESRF beam
lines.
The main techniques in use on the beam lines are Small- and Wide Angle X-ray scattering and Xray absorption spectroscopy. Both these techniques find a wide range of applications in the
Dutch- Belgian research community. This ranges from very applied research like the structure
evolution in plastic films during the production of garbage bags to very fundamental work on
density fluctuations in undercooled water. But also biologically interesting subjects like the
structure of different spider silks under tension or pure physics in the form of the deformation of
crystalline structure under 30 Tesla magnetic fields.
In the presentation a brief introduction to the beam lines and history will be given. This will be
followed by several examples for which not only the experiment but also the scientific context is
understandable for the interested lay-person.
Roger Ruber: The CLIC accelerator (9 November 17:45 Auditorium)
Roger Ruber was born on the 20th of July 1966 in Grevenbicht, thirty kilometers north of
Maastricht in the Netherlands' province of Limburg. After passing through Dutch secondary
school (HAVO and VWO), he studied applied physics at the Technische Hogeschool Eindhoven.
After his graduation in 1991 he acquired a one year grant from the Japanese Ministry of
Education (Monbusho) to study detector magnet systems at the National Laboratory for High
Energy Physics (KEK). After returning to Europe he took up research at the Department of
Radiation Sciences at Uppsala University on the WASA detector set-up for meson rare-decay
studies. In 1997 he passed his engineering licentiate degree specializing in the development of
superconducting magnets and was offered a research engineer position at Uppsala University. In
1999 he was offered a senior research engineer position at the The Svedberg Laboratory (TSL)
and was promoted the same year to a technical doctorate degree in physics at Uppsala University.
In 2000 he was invited to spend a sabbatical year as visiting scientist at KEK. A year after
returning to Uppsala, he was asked to become on-site project coordinator for the installation and
commissioning of the ATLAS detector’s Central Solenoid at CERN. This work, in parallel with
development of instrumentation for the ATLAS Toroid magnets was completed in 2006 with the
successful commissioning of the Central Solenoid and Barrel Toroid. Since then he is active at
Uppsala University on the development of the CLIC and ESS accelerator.
Now Roger is strongly involved in the CLIC project, the future of accelerators.
(to be continued)
HOLLAND @ CERN - 9 et 10 novembre l’après-midi (12H00 – 16H00)
http://www.bigscience4business.com/engels
Company name
Short description
Contact person e-mail address
3D
www.3dworknet.nl
3D mass customization printing
Kees Seldenrijk
kees.seldenrijk@3dworknet.nl
Bayard
www.bayards.nl
Innovative solutions in aluminium
Dies Mackintosh
dies.mackintosh@bayards.nl
Boessenkool
Machinery Manufacturer
Ing. E.M. Osse
info@boessenkoolbv.nl
Cryogenic engineering
Francesco Dioguardi
f.dioguardi@cryozone.nl
Full service cryo integrator
www.demaco.nl
Ronald Dekker
rd@demaco.nl
Dutch Space (EADS company) Develops complex systems for
space, civil & defence applications
www.dutchspace.nl
Eric Boom
e.boom@dutchspace.nl
www.boessenkool.com
CryoZone
www.cryozone.nl
DeMaCo
ECM – www.
Electrochemical Machining
electrochemicalmachining.com
Genius Klinkenberg
Mechanical Engineering
www.genius-klinkenberg.nl
Heeze
Hans-Henk Wolters
wolters@electrochemicalmachining.c
om
Marco Klitsie
m.klitsie@genius‐klinkenberg .nl
Design and Precision Engineering
Th. Van Tongerloo
th.van.tongerlo@heezemechanics.nl
Piezo system solutions
Hein Schellens
hein.schellens@heinmade.com
Consultancy in robotics,
mechatronics, high-tech systems
Cock Heemskerk
www.hitecsms.com
High precision current measuring
systems
R. Lachminarainsingh
R.lachmi@hitecsms.com
Hositrad
Vacuum and cryogenic technology
Jurgen Tomassen
jurgen@hositrad.nl
High-voltage power supplies;
AC/DC converters; klystron
modulators
Ben Wargers
ben.wargers@imtech.nl
www.heezemechanics.nl
Heinmade
www.heinmade.com
HIT
www.heemskerk-innovative.nl
Hitec
www.hositrad.nl
Imtech
www.imtech-vonk.nl
c.heemskerk@heemskerk-innovative.n
l
INCAA Computers
www.incaacomputers.com
High-tech electronic equipment
Bart Sijbrandij
bart.sijbrandij@incaacomputers.com
Irmco
Experts in acoustic technology
since 1966
Michael Koot
michael.koot@irmco.nl
Janssen
www.jpe.nl
High-tech mechatronic and optomechanic equipment/instruments
Huub Janssen
Huub.Janssen@jpe.nl
S&T
www.stcorp.nl
Quality control software and
scientific toolkits
André Bos
bos@stcorp.nl
Schelde
www.exotech.nl
Fabrication and testing of high
quality and complicated
equipment
Innovative cryogenic technology
Arthur Borsboom
Arthur.borsboom@exo.schelde.com
Sumipro
www.sumipro.nl
High precision optical products
and systems
Ben Lubberman
info@sumipro.nl
Tecnovia Group BV
www.tecnovia.nl
Mechanical components, custommade machinery and tooling
Jan Brus
jan.brus@tecnovia.nl
TNO
www.tno.nl
Connects people and knowledge
to create innovations
Ben Braam
ben.braam@tno.nl
VDL ETG
www.vdletg.com
Richard Zoeteweij
richard.zoeteweij@vdletg.com
Veenstra
www.veenstra-glazenborg.nl
High precision (mechatronic)
modules, equipment and
manufacturing systems
High precision mechanical
equipment
Femme Nauta
f.nauta@veenstra‐g la zenborg .nl
Velmon
www.velmon.nl
Stainless steel (cryogen-) tubes
solutions
Marc Bosman
marc@velmon.nl
Vernooy
http://www.vernooybv.nl/
Vacuum technology, vacuum parts
and equipment
Ruud Haakman
haakman@vernooybv.nl
Wijdeven
www.wijdeven.com
Magnetic fields - power generation
for high-end applications
René van den Heuvel
rene.van.den.heuvel@wijdeven.com
Stirling
www.stirlingcryogenics.com
Peter Eijsbouts
p.eijsbouts@stirlingcryogenics.com
Note: Toon Verhoeven: ILO NL pour ITER; Rob Klöpping: ILO NL pour CERN
3D- Worknet
FOTO
Kees Seldenrijk
Sales Director
www.3dworknet.nl
Maxwellstraat 21
6716 BX EDE
+31 (0) 318 769 077
kees.seldenrijk@3dworknet.nl
3D- Worknet - The 3D mass customization
printing company
Turnover: €
15 employees
Product information
The core business of 3D Worknet is building 3D models with advanced modeling
technology known as rapid prototyping. Our “paid parts service” is very suitable for
single on demand production as well as small series of customer specific parts.
We can produce any possible design you may have. Whether it is a piece of art, an
architectural model, any housing for electronics, a simple 3D design suffices to build
your desired creation.
Besides this 3D print service we can scan 3D objects and convert the data into a
format used by Computer Aided Design software, for editing and further use.
References
Shapeways - Philips Consumer Lifestyle - Philips Lighting – KLPD- Robert Bosch
Academisch Medisch Centrum - ESA / ESTEC
LOGO
FOTO
Ing. Dies W.S. Mackintosh
Managing Director
www.bayards.nl
PO Box 9 / Veerweg 2
2957 ZG Nieuw-Lekkerland
+31 184 683000
dies.mackintosh@bayards.nl
Bayards Aluminium Constructions is an
internationally recognized and qualified
company that is renowned for their
innovative solutions in aluminium.
Turnover: 25 m€
125 employees
Product information
Bayards Aluminium Constructions is an internationally recognized and qualified
company that is renowned for their innovative approach to design, fabrication and
assembly of complex aluminium products and projects.
Bayards has the expertise, know-how and technology to manufacture hi-tech
aluminium products to an unrivalled standard of quality.
Bayards production capabilities are endless, but to name a few:
• Welding: We make use of the newest development in welding technology, e.g.
Friction Stir Welding (FSW).
• Milling: With our CNC 5-axes profile high speed milling machine, we are able
to carry out precision milling activities on components with a length up to 18
meters.
Furthermore, to facilitate fabrication and assembly processes, we have in our
employment highly qualified welders.
References
•
•
•
•
CERN : production of bottom tray LHC
Stork / Fokker : components for Patriot rocket
Dutch space : parts for new generation Ariane rocket
KEK, Japan : parts for particle accelerator
Please visit our website for more information and track records.
Machinefabriek Boessenkool B.V.
Ing. E.M. Osse, CEO
www.boessenkool.com
Tufkade 13, 7602 PA, Almelo
T +31 546 488800
info@boessenkoolbv.nl
Machinery Manufacturer Boessenkool:
knowledge, competence and facilities;
engineering, steel structures, metal works,
mounting facilities and mechanical machining.
When needed also supplied with controls,
electronics and final treatment.
Turnover: 5 M€
40 employees
Product
Beam pipe Bake Out Shell
Revolver Mobile Undulator
Carriage Galacsi Structure
+ Graal Tools
Product & Utility Swivel
Rotary Bottle Filling machine
Compression Piston Rods
Rollers & Shaft Test Bench
Warehouse Stacker Crane
Vacuum Vessel
Bearings & Gears
Services
Milling
Boring
Turning
Vertical Turning
Fabrication
Welding
Machine-building
Assembly Products
Project-management
Powder coating
Hoisting
Description
Beam pipe for electrons, matter research
Electron vibration tool , matter research
Alu structure to mount mirrors for space
research
Off-shore FPSO (Oil Prod./Storage Unit)
Bottle filling machine for the food industry
Rods for high pressure compressor
Rollers & Shaft for trucks diam. 5 m.
Order picking for warehouses up to 40 m.
For Wafer-Stapper production
Bearing & Gear for Windmills 4 m. diam.
Customer
CERN (CH)
E.S.R.F. (FR)
E.S.O. (D)
Bluewater E.S.
Stork (NL)
Thomassen
Froude Hofmann
FKI Logistex ww
ASML (NL)
Siemens/Flender
Description
Up to 10 meters x 4 meters x 2 meters
Up to 10 meters x 4 meters x 2 meters
Up to 6 meters length with a diameter of 1 meter
Up to 5 meters diameter with a height of 4 meters
To customer specifications
Certified welding in all materials and thickness
Hardware incl. electronics, pneumatics & hydraulics
Up to 60 meters with weight up to 120 tons
Project management incl. traceabillity
Up to 4 meters long
Hoisting capacity inside the factory is 120 tons
Max. weight
60 tons
60 tons
20 tons
60 tons
120 tons
120 tons
120 tons
120 tons
120 tons
LOGO
CryoZone BV
Francesco Dioguardi
Commercial Manager
www.cryozone.nl
Ekkersrijt 4611
5692 DR Son
+31 (0)40 2677 380
info@cryozone.nl
CryoZone stands for expertise in the field of
cryogenic engineering. We deliver custom-made
cryogenic solutions that are ready for use as
functional hardware. This makes our products
and systems ideally suited for OEM system
builders.
8 people employed
Product information
CryoZone offers an extensive range of products such as cryogenic circulation fans, liquid gas
pumps, heat exchangers for cryocoolers, cryostats, vessels and phase separators.
Our expertise extends to everything that involves the control and circulation of cryogenic
fluids and gases, such as LN2 and GHe, to cool and heat an application. We handle every
aspect of the cryogenic process related to coding, cryogenics, pressure, heat and physical
flow.
Products
Cryogenic fans for He and N2; Pumps for cryogenic gases; Cryostats; Vessels; Valve boxes.
References
TNO, Eindhoven, Netherlands
- Cryogenic / high temperature system
Florida State University, Tallahassee, USA - 20K cooling system for HTS
ICARUS (INFN), Gran Sasso, Italy
- ICARUS (INFN), Gran Sasso, Italy
LOGO
DeMaCo
FOTO
Ronald Dekker
www.demaco.nl
Oester 2,
1723 HW Noord-Scharwoude
T: +31 226 332100
rd@demaco.nl
DeMaCo Holland bv. is a full service cryo
integrator with the capabilities of (pre)engineering, design, manufacturing, testing,
packing, delivery, installation and
commissioning of integrated cryogenic
systems for liquid gases.
Yearly turnover: € 10,000,000.-
80 employees:
DeMaCo Holland bv. is a full service cryo integrator with the capabilities of (pre)-engineering,
design, manufacturing, testing, packing, delivery, installation and commissioning of
integrated cryogenic systems for liquid gases such as LIN, LOX, LAR, LCO2, LNG, LH2,
LHe, Kr/Xe etc including conditioning equipment and applications.
Range of products
DeMaCo’s comprehensive range of products and systems consists of vacuum insulated
piping, phase separators, valve boxes, multiple transfer lines, subcoolers, valves, monitoring
& control systems, vacuum chambers, dewar filling stations and many other cryogenic
related items.
References
CERN, European Organisation for Nuclear
- Multiple Helium transfer lines for LHC,
ATLAS and CMS
- UHV chambers for LEP separators
Deutsches Elektronen-Synchrotron DESY
- HERA-Bypass NL / VFPS-project
- Bunch compressor bypass pipeline II and 1
Endcap
- Extension from TTF-transfer line
ESA ESTEC
- Valve boxes for LSS
LOGO
Dutch Space B.V.
Dr. Eric W. Boom
Business Development Manager
http://www.dutchspace.nl
P.O. Box 32070, 2303 DB Leiden,
T +31 71 5245820
E.Boom@dutchspace.nl
Dutch Space is the largest space company in The
Netherlands. It develops complex systems for
space, civil & defence applications and is a
System Integrator for multidisciplinary, multinational programmes. Subsidiary of EADS
Astrium N.V.
European Robotic Arm under test at ESTEC
Turnover: 52 M€
210 employees
Building on over 35 years of heritage, Dutch Space has acquired considerable expertise in the
areas of both organizational/programmatic skills and in-depth engineering supported by
advanced in-house tools and facilities, which can readily be applied to complex Earth-bound
programmes. Typical space applications are:
• the European Robotic Arm for the International Space Station
• the main engine frame of the Ariane 5 launcher
• various space instruments and subsystems for earth observation & astronomy
Specific expertise includes:
• Management of international multidisciplinary development projects
• Engineering for vacuum, cryogenic and other complex/hostile environments:
thermo-mechanical & thermo-dynamic analysis; coolers, hot structures & thermal
protection systems; advanced materials & processes; complex mechanisms.
• Control & robotic systems
• Real-time simulation and data-processing s/w environments
References
Customers include ESA, ESO, NASA and large European space contractors.
Dutch Space is a key player in the high-tech industrial and institutional networks in The
Netherlands.
FOTO
ECM Technologies BV
Hans-Henk Wolters, CEO
www.electrochemicalmachining.com
PO Box 7527, 8903JM Leeuwarden
T +31 622 37 97 50
wolters@electrochemicalmachining.com
ECM Technologies is specialized in the
development of Electrochemical Machining
processes. ECM is a non conventional metal
machining technology based on electrolysis.
Turnover: 1 – 1,2 M€
5 employees
Product information
ECM Technologies develops electrochemical machining processes for metal products of
complex geometry (i.e. Turbine blades) that can hardly or not at all be made by conventional
machining processes. The ECM technology is very suitable for products of super alloys even
in large series.
Characteristics of the ECM process:
• The product after processing is free of burrs
• No-contact process principle, no mechanical forces
• The process does not cause thermal or physical strain in the product
• Unlike other machining techniques, no upper-layer deformation occurs
• 3-Dimensional products can be processed in one single step
• High surface quality level attainable (Ra < 0,02 µm) depending on material used
• High dimensional accuracy attainable
• Material strain which loosens during the process will be compensated where possible
• Stainless steels are affected by various conventional machining techniques in the
upper-layer, as a result of which local rust formation can occur. This is not the case
with ECM
• Using the ECM technique generates more freedom in design for a product
• ECM is a technique with a high machining speed at relatively low costs.
References
ECM Technologies has developed ECM processes for companies worldwide in the field of
Aerospace, Automotive, Medical, Energy market and for many other different applications.
LOGO
Genius Klinkenberg Int BV
Marco Klitsie Senior Account Manager
FOTO
www.genius-klinkenberg.nl
Rijder 2, 1507 DN
PO Box 2058, 1500 GB Zaandam NL
T +31 75 655 7023
m.klitsie@genius-klinkenberg.nl
Genius Klinkenberg specialises in the
development, manufacturing and assembly
of (sub-) systems, build-to-print mechanical
components and custom-made machinery
and tooling. We focus on the international
Defence and Aerospace Industry and highend mechanical engineering products. Both
series production and one-off projects.
Turnover: 6-8 M€
50 employees
Genius Klinkenberg offers as a key factor in their added value the high level of expertise in
the fields of metalworking, welding and manufacturing engineering. This applies to all metal
products, but particularly to armoured steel and high alloy aluminium. This expertise is
shared with our customer’s specific requirements to guarantee efficient, tailor-made
products. In addition Genius Klinkenberg offers one-stop-shop solutions including project
management and supply chain optimisation and control.
Procedures and systems are based on quality assurance, reliability and lean manufacturing.
We comply to ISO 9001-2008 , AS/EN 9100, AQAP2120, VCA** and possess welding
certificates for armoured steel and aluminium.
Genius Klinkenberg have a large experience in the following markets: Aerospace, Defence,
MRO, General Mechanical Engineering, Off-shore, Nuclear.
The flexible organisation acts quickly in a targeted, innovative manner.
References
Major OEM’s and 1-tier suppliers such as EADS, Lockheed Martin, Krauss Maffei
Wegmann, Thales, BAE Systems, Snecma Moteurs, Marshall Aerospace, Dutch
Space, Fokker, Corus and Shell. The defence activities include participation in
programs as the Fennek, Pantzerhowitser, CV90, Boxer, A400M, JSF, PAM and VLS
MK41.
Heeze Mechanics
Th. van Tongerlo, Managing Director
www.heezemechanics.nl
Kapelstraat 10, 5591 HE Heeze
T +31 40 2240178
th.van.tongerlo@heezemechanics.nl
Design and Precision Engineering for R&D
Institutes since 1966; manufacturing of
microwave components i.e waveguides,
parts for Clic, parts for long en short Yoke,
cartridge plate for RAL and parts for Galaxy.
Turnover: 800,000 €
5 employees
Product information
Design and Precision Engineering for R&D Institutes since 1966.
Manufacturing of Waveguide (FOM), parts for Clic (CERN), parts for long en short
YOKE (CERN).
Cartridge plates for RAL (Rutherford Appleton Laboratory).
Parts for Galaxy (ESO).
References
CERN, ESRF, ESO, Rutherford Appleton Laboratory, TNO, OMT solutions, Rimas,
Philips Research, FOM
LOGO
HEINMADE B.V.
FOTO
Hein Schellens
Director
www.heinmade.com
High Tech Campus 9
5656 AE Eindhoven
Tel +31-40-8512180
hein.schellens@heinmade.com
HEINMADE develops and delivers piezo
system solutions ranging from a single bulk
piezo to servo controlled multiple axis
motion platforms. With our long term
experience and extended network, we are
able to detect critical aspects, to control and
solve these aspects and to provide reliable
solutions.
Turnover 1.0 MEuro
7 Employees.
Product information
Through collaboration with Noliac (DK), Nanomotion (Isr) and Piezomechanik (DE),
HEINMADE offers a wide portfolio of standard products and system solutions. Over the years
HEINMADE has extended this portfolio with developed custom made designs to meet the
high demanding requirements of the high tech and medical industry.
Some examples of systems in production are; multiple axis long stroke motions systems,
transducers, sensors and active damping systems. Present R&D work is focused on active
damping, accurate dispensing and high force high precision stages.
HEINMADE supplies basically all piezo related components and (sub-) systems:
• R&D work on piezo components and integrated systems
• Design, engineering and supply of high precision metal parts like hinge structures, etc.
• (Encaged) Piezo actuators and benders (high and low voltage)
• Piezo motors and steppers
• Short and long stroke piezo stages (actuator and motor based).
• Drivers and controllers for piezo actuators and motors.
• Active vibration dampers
• Dispensing systems for low vapour pressure or high viscous substances.
References
Philips Apptech, ASML, ESO, TNO, TU Delft, TU Eindhoven, TU Twente, VSL (NMi), FEI.
FOTO
Dr. Ir. C.J.M. Heemskerk
Managing Director
www.heemskerk-innovative.nl
Merelhof 2
2172 HZ Sassenheim (NL)
+31 6 5134 0966
c.heemskerk@heemskerk-innovative.nl
Heemskerk Innovative Technology offers
strategic and operational consultancy in the
areas of robotics, mechatronics and hightech systems, and primarily targets the
European institutional market.
Turnover: 400.000 €
7 employees
Product information
Innovation Management - Heemskerk Innovative Technology (HIT) blends innovation
management, systems engineering, and people management to support research projects
and to develop spin-offs into proof of concept and market readiness, working in close
cooperation with Institutes, Universities, and industrial partners.
Dexter - During operation, plasma facing components of the experimental fusion reactor
ITER will get activated and contaminated with radioactive and toxic materials. Remote
Handling maintenance is performed by master-slave telemanipulation techniques. In this
context, Heemskerk Innovative Technology supports Oxford Technologies BV (OTBV) in the
development of a next generation master-slave telemanipulator.
FlexArrayer - Flexgen’s FlexArrayer is an instrument that allows for easy and quick design
and synthesizing of custom DNA-microarrays (‘DNA-chips’). The arrays are suitable for a
wide range of genetic analyses; SNP detection, sequencing, gene expression profiling and
genomic selection. Heemskerk Innovative Technology supports the development of the next
generation FlexArrayer.
Virtual Slave - In an industrial partnership with Dutch Space and TreeC, HIT develops a
simulation tool to simulate in real-time kinematics, dynamics and physical interaction of
designs and environments imported from CAD software. The Virtual Slave system is multifunctional; it can be used to analyse the maintainability of components in the design phase,
to validate maintenance procedures, to train operators and to provide operational support
during maintenance operations.
References
Dutch Space, FOM Rijnhuizen, FlexGen, TNO, Oxford Technologies, VDL
LOGO
R. Lachminarainsingh
General manager
www.hitecsms.com
PO Box 65 7600 AB Almelo, NL
T +31-546-589589
info@hitecsms.com
Hitec Special Measuring systems bv
provides high precision current measuring
systems for the research institutes and
scientific applications all over the world.
Turnover: 3 M€
7 employees
Hitec Special Measuring systems designs and builds Zero-flux current measuring
systems
Hitec Special Measuring Systems, part of the Hitec Power Protection Group, was the
first to introduce a revolutionary high precision current measuring system based on
the Zero-flux principle.
The bipolar Zero-flux measuring system optimizes the concept of galvanic separated
measurement of direct and alternating currents with exceptionally high precision.
Today thousands of these systems found their way in scientific, HVDC, industrial and
medical applications all over the world. Having a reputation of being the ultimate
system for measuring electrical currents.
References
CERN, ABB, Siemens, ASML
J.L.J. Tomassen (Jurgen) Director
FOTO
www.hositrad.nl
De Wel 44 – 3871 MV Hoevelaken
PO Box 144 – 3870 CC Hoevelaken
T +31 33 2537210
info@hositrad.nl
The Hositrad Team combines more than 45
years of experience in vacuum and
cryogenic technology. We supply standard
vacuum part CF, KF and ISO components
from stock.
Turnover: 4.000.000 €
Personnel: 10 employees
Hositrad Vacuum technologiy
• have capabilities covering all areas starting from a standard flange up to designing a
complete vacuum system, manufacturing, repair and after sales service of vacuum
equipment.
• are experts in TIG-Laser and Microplasma welding en He.leaktesting <1x10-10 mbar
l/sec.
• have our own production and an AutoCad design office in Holland and in the Far
East.
• make “Custom made specials” according customer drawing in our own workshop.
• supply the following products: CF-KF and ISO vacuum components – Electrical feed
throughs – Linear/Rotary Feedthroughs - Edge welded bellows – Isolators – View
ports – Fiber Optics – Glass to Metal seals – Manipulators – Ferrofluidics feed
throughs – All Metal Valves – Angle Valves – Gate Valves – Ion, Triode and
Titansublimation pumps – Cryopumps – Cryostats.
Hositrad Vacuum TEchnology represent:
Ceramtec: Ceramic-to-metal sealing technology. Hermetically sealed electrical & optical
components include feedthroughs, multipin connectors, coaxial conenctors, thermocouples,
isolators, viewports and accessories. These components are ideally suited to support optical,
gas, liquid, power, instrumentation and sensing applications.
Extrel: Extrel is the world’s leading manufacturer of Research and Proces Mass
Spectrometers, Residual Gas Analyzers (RGA’s), Quadrupole Mass Spectrometry Systems
and Components.
Thermionics: Manipulators, Valves, E-Guns, Ion Pumps, MBE Systems, Mechanical
feedthroughs.
References
DESY, (XFEL, EMBL, Hasylab Hamburg), Helmholz Zentrum Berlin (Bessy, HMI), FZ
Jülich, GSI Darmstadt, KIT Karlsruhe, GKSS, DLR, IPP Garching, PSI Villigen, ESA
Noordwijk, ESRF Grenoble, ALBA Barcelona, Nikhef Amsterdam, FOM Nieuwegein
and all Universities and Research Labs in Europe.
LOGO
Imtech Industry International B.V.
Imtech Vonk
Mr. Ben Wargers
Manager Sales Power Electronics
www.imtech-vonk.nl
P.O. Box 57 7740 AB Coevorden
T +31 524 59 92 22
info.vonk@imtech.nl
Imtech Vonk is an international operating
technical service provider with focus on
Engineering & Contracting.
Imtech Vonk, part of Imtech N.V.group*
Imtech N.V. group: 4.3 Billion Euro
175 employees
25.000 employees
* EuroNext Stock Exchange company
Activities within the Power Electronics department are conceptual and detailed
design, construction, assembly, factory testing, installation and commissioning of
custom made Energy Conversion Systems for Scientific and Industrial applications.
Imtech Vonk has the capabilities to
develop custom made Energy
Conversion Systems up to the following
figures:
• current
: up to 150 kA
• voltages
: up to 100 kV
• rated power : up to 20 MW
(continuous)
and 150 MW (pulsed)
• frequencies : up to 100 kHz
• stability
: down to 1 ppm
The products & projects find their way
into various applications for:
• Enrichment processes
• Nuclear fusion research
• Particle accelerators / synchrotrons
• Galvanic industry
• Film processes
• Electricity distribution grids
• Fuel Cell processes
References
IPP Garching (D), 145 MVA Modular Thyristor Converter System for ASDEX
upgrade
IPP Garching (D), Extension of the Pulsed Power Supply Network of ASDEX by a set
of Compact Modular Generators ( 8 MVA, 32 MJ )
HFML Nijmegen (NL), 20 MW DC Thyristor Converter System
DESY Hamburg (D), Klystron modulator for the XFEL RF station
Program Holland@CERN
Monday 8/11
1100 Arrival airport, transfer to CERN and preparing stands
Lunch
1400 Introduction to CERN, Jos Engelen (Council Chamber)
1500 Visits CERN experimental area’s
•
•
•
•
SM18 Gijs de Rijk
Atlas Herman ten Kate
Clic Roger Ruber
Linac4 Roger Ruber
1800 Drinks
1900 Transfer to hotels
Program Holland@CERN
Tuesday 9/11
0900 Welcome with coffee (entrance Council Chamber)
0915 Official opening (Council Chamber)
•
•
•
•
Welcome Director Cern: Sigurd Lettow
Director of Research ESRF: Harald Reichert
Chairman Dutch NWO: Jos Engelen
Ambassador UN: Boudewijn van Eenennaam
1030
Visit stands by Officials
1200
Stands with lunch buffet and B2B Matchmaking
1600 Plenary talks Purchase Departments (Auditorium):
•
•
CERN (Thierry Lagrange)
ESRF (Jean-Michel Georgoux)
1630 Plenary talk ESRF upgrade plans: Harald Reichert (Auditorium)
1715 break
1745
All Dutch night (Auditorium)
•
•
1900
Voordracht Wim Bras
Voordracht Roger Ruber
Stands met borrel & buffet
2200 vertrek naar hotels
Program Holland@CERN
Wednesday 10/11
0900
Plenary talk Knowledge & Tech. Transfer (Bernard Denis)
0930
Plenary talks Clic: Lucie Linssen
1000
Plenary talks Clic: Germana Riddone
1030
Coffee break
1100
Plenary talk LHC injector upgrade: Roland Garoby
1130
Plenary talk LHC-upgrade: Bernhard Holzer
1200
Stands with lunch buffet and B2B Matchmaking
1400
Parallel sessions with presentations from firms
1700
End of exposition with stands
1700
First companies leave for airport
Program Holland@CERN
Thursday 11/11
1000
B2B Matchmaking (conference rooms)
1700
Companies leave for airport
LOGO
INCAA Computers B.V.
B. Sijbrandij
Project manager
www.incaacomputers.com
Puttenstein 20
7339 BD Apeldoorn
T +31 55 5425001
sales@incaacomputers.com
INCAA Computers is a well-established
company with over 35 years experience in design
and manufacture of professional high-tech
electronic equipment for industry, science, and
OEM. We provide solutions for technical
automation projects and take system
responsibility.
FOTO
~ 20 employees
Business category: Electronics engineering, consultancy and manufacturing.
Applications extend from industrial and scientific scalable data acquisition systems through
transient recorders, timing systems, superconducting magnet test benches and power supply
control modules to alarm and safety systems.
HARDWARE Development: Modules can be designed from scratch or standard modules can
be tailored to customers specific needs. Characteristic product properties are the high quality
level and the relatively small to medium production volumes.
SOFTWARE Development: Due to our in-house hardware expertise we know best to separate
projects into hardware and software functions and how to interface them to build innovative
fail-safe systems. Specialisations include system software, databases and graphical user
interfaces.
SYSTEM Integration: We not only deliver hardware modules and software packages but also
integrate these with third-party components into complete functioning turn-key systems.
References
Our client base includes a wide selection of international organisations and companies:
CERN, Sincrotrone Trieste, GSI, UKAEA, MIT, FZ Juelich, Alstom, ASML.
LOGO
Irmco bv
Michael Koot
Spoorstraat 19 4849 AR Dorst
T +31 651 494 673
michael.koot@irmco.nl
Experts in acoustic technology since 1966.
Visualizing and monitoring of environments using acoustic technology (accurate
temperature, humidity, turbulence).
Measuring flow in pipeline systems avoiding pressure drop (no physical obstructions
or moving parts).
Involvement:
We are involved in acoustic 3D vision in inaccessible spaces.
Expertise:
Participating in national and European collaboration programs by experience since
1966.
References
TNO, PHILIPS RESEARCH, BRUCKER BIOSPIN, RUTHERFORD APPLETON
LABORATIES, ESO, CERN, ESRF.
Janssen Precision Engineering B.V.
Huub Janssen
General Manager
www.jpe.nl
Azielaan 12,
6199AG Maastricht-Airport
T +31 43 3585777
Huub.Janssen@jpe.nl
Design and realisation of high-tech mechatronic
and opto-mechanic equipment and instruments.
JPE is an independent engineering group for
development and realisation of high-tech
machinery. Especially where accurate and stable
performance is involved in the sub-micron area.
20 employees
Projects, products and services:
Equipment for semi-conductor industry, astronomical instruments and research instruments.
Accurate positioning and control in vacuum and cryogenic environment.
References
ASML, Instituto Astrofisica de Canarias, Philips, Zeiss.
LOGO
Science and Technology BV
A.Bos Director
FOTO
www.stcorp.nl
Olof Palmestraat 14, 2616LR Delft
T +31 15 2629889
bos@stcorp.nl
Our scientific software support is based on
understanding customer needs. We provide
system health management for mission
critical systems, near real-time 3D data
visualization in unstructured environments,
astronaut decision support tools. Our quality
control software and scientific toolkits
analyze terabytes of data with pinpoint
accuracy.
Turnover: 2 M€
40 employees
Avoid unnecessary downtime of complex systems using the Uptime product family.
Uptime encapsulates state-of-the-art System Health Management (SHM) technology to
reduce alarm rates, resolve imminent system failures before they affect process
performance, reduce repair times, etc.
S&T provide full-time, part-time and project-based scientific consultation and creative public
relations services. We build the bridge from your scientific goals to quality results.
S&T’s Uptime product-line encapsulates a whole range of System Health Management
techniques to:
• Early detect failures.
• Generate relevant alarms.
• Isolate Cause of Failure.
• Protect system from effect of imminent failures.
• Guide operators and maintainers.
• Predict system health.
• Repair faults.
Uptime extracts useful system health knowledge by combining sensor data with device
information and historical information.
References
ESA future launcher rocket propulsion - LOFAR radio telescope
Schelde Exotech
Mr. Arthur Borsboom, Sales Manager
Jos Mols, Managing Director
www.exotech.nl
PO Box 531 - 4310 AM Vlissingen
T +31 118 485953 / +31 6 51327601
arthur.borsboom@exo.schelde.com
Schelde Exotech offers her clients design,
fabrication and testing of high quality and
complicated equipment.
Schelde Exotech offers a wide range of
products of Exotic materials like: Nickel
Alloys, Copper Alloys, Cladded Steel,
Aluminium, Titanium, Tantalum, Zirconium,
etc.
100 employees; total capacity 240,000 man-hours
Schelde Exotech has a rich history, based on last century companies: AKF Goes, Schelde
Boiler Division and Schelde MT-Products. Schelde Exotech was founded in 1998 and is a
member of the VE Group since 2009.
Schelde Exotech is specialized in the design and manufacturing of ‘Special Products’.
Special components
Vacuum systems
Heat exchangers
Reactors
Pressure vessels
Airfin coolers
Gasification burners
Super heaters
Repair and maintenance in Exotech facility
Repair and maintenance at client’s site/facility
Schelde Exotech has a fully staffed Design Departement and uses modern design tools like:
AutoCad (2D design program) ; Mechanical Desktop (3D design program) ; Inventor (3D
modeling-design program) ; PV Elite (ASME Code calculations, PD 5500) ; Scades (RToD) ;
BabsyWin (EN 13445 Code calculations, AD 2000) ; Ansys .
Besides special products and services Schelde Exotech is also a reliable partner for repairs
and replacement projects. Schelde Exotech has a 24/7 helpdesk when it comes to
emergencies. Schelde Exotech will mobilize a repair team at earliest possible convenience,
usually available within a few hours.
References
Scientific experiments
Nuclear energy
Energy
Particle physics
Research Institutes / Universities
Oil & Gas
Defence
Chemical and petrochemical industry
Stirling Cryogenics BV
FOTO
Peter Eijsbouts Commercial Manager
www.stirlingcryogenics.com
Science Park Eindhoven 5003
5692 EB Son
T +31 40 2677 300
info@stirlingcryogenics.com
Stirling Cryogenics specializes in standalone cryogenerators and closed-loop
cooling systems. Research centers,
businesses, and industries all over the world
rely on our expertise to provide them with a
reliable, on site, supply of gases or cooling
systems for all kinds of applications.
57 people employed
Stirling Cryogenics operates at the cutting edge of cryogenic technology.
A recent achievement was the designing and building of a cooling system for the
ICARUS project, which is being carried out by the INFN in Italy. This fully selfcontrolled system of ten 4kW cryogenerators was built to cool 400 liters of liquid
Argon to exactly 94K with an uptime of 100% for at least 10 years.
Stirling Cryogenics is also involved in innovative superconductivity projects such as
the European Hydrogenie project, and in several national initiatives in China, South
Korea, Russia, and the Netherlands.
References
ICARUS (INFN), Gran Sasso, Italy - 40 kW controlled temperature liquid Argon
cooling system for large scale neutrino detector
SNLS, Grenoble, France - 20K cooling system for packing of nuclear material
R&D Power Engineering, Moscow, Russia - Controlled temperature liquid nitrogen
cooling system for HTS pilot plant
Sumipro BV
www.sumipro.nl
Bedrijvenpark Twente 323 7602 KL Almelo
T +31 546 815 141
E-mail: info@sumipro.nl
For over 15 years Sumipro supplies high
precision optics for customers all over the
world. Sumipro advises medical, aerospace
and defense industries and designs and
produces optical products and systems for
them.
Turnover: 1.5 m. €
9 employees
Product information
Sumipro realizes custom made solutions for your optical challenges: human contact lenses,
optics for night vision systems or reflectors for all kinds of light sources, etc.
Consultancy and design – Sumipro offers innovative solutions in design, engineering and
rapid prototyping, choosing the right optical components and creating superior optical
systems. Our engineers are specialized in designing aspherical and non rotational-symmetric
optic components to achieve systems with high performance and less components.
Quality optics - Sumipro develops and manufactures optical components and systems with
competitive prices and a very high degree of accuracy.Our inserts have tolerances in focus
lengths within 0.1% instead of the typical 1 till 5%.
Mirror optics - Sumipro specializes in aspherical and diffrax surfaces for mirrors. Max.
diameter 300 mm, Material: various aluminium alloys,copper, Arcap, or other machinable
materials. Applications: Space, Imaging optics and Laser applications.
Specifications for mirrors - Geometries realized: Spherical and aspherical surfaces; Fresnel
and diffrax patterns; Off axis mirrors; Parabolas and ellipses. Form accuracies in general
reach PV-values smaller than 350 nm with irregularity beneath 1 fringe (633 nm), depending
on material and size.
Coatings - gold, silver, alumimium enhanced or protective (non oxidizing) coatings.
Infra red optics. Sumipro specializes in aspherical and diffrax surfaces for lenses, max.
diameters 240 mm, most often realized in germanium, silicon and high purity float zone
silicon (HPFZ): Applications: Night vision - Thermal imaging optics - Space applications.
Specifications for IR lenses - Spherical and aspherical surfaces; Fresnel and diffrax patterns;
Off axis; Parabolas and ellipses. Form accuracies in general reach PV-values smaller than
350 nm with irregularity beneath 1 fringe (633 nm), depending on material type and size.
Roughness values (Ra) typically reach values of 5 nm or less.
Coatings - Lenses are commonly supplied with AR coatings, ranging from 3-5 µm or 8-12 µm
or variations. Reflectivity R < 0.5% or even smaller upon request. All IR coatings are
compliant with most MIL-specifications. Besides AR we can supply front sides with DLC’s.
Tecnovia Group BV
Jan Brus Sales Engineer
www.tecnovia.nl
Reutummerweg 19, 7651 KJ
Tubbergen NL
T +31 546 803330
jan.brus@tecnovia.nl
Tecnovia Group BV specialises in the
development, manufacturing and assembly
of (sub-) systems, build-to-print mechanical
components and custom-made machinery
and tooling. We focus on the international
Defence, Aerospace, Analysing and Medical
Industry and high-end mechanical
engineering products. Both series
production and one-off projects.
Turnover: 12-14 M€
120 employees
The core competence of Tecnovia Group is the development, engineering, production and testing of
high tech electromechanical systems. Machines and electromechanical systems are produced by
Tecnovia for European OEM’s. Within the group, approx. 120 people are employed. Customers of
Tecnovia can be found in medical, optical, semiconductor, construction of machines and devices,
nuclear, aerospace- and defence.
Tecnovia provides in-house prototyping and testing. Parts manufacturing takes place in the
subsidiaries Tecnovia PSM en Tecnovia van den Akker and Tecnovia Inaxxion. All other components,
needed for assembly, as well as special processes like heat treatment and surface treatment, are
sourced by effective supply chain management. With Tecnovia Inaxxion the group introduces a 24/7
mechanical production facility which is unique in his kind in the Netherlands. Tecnovia houses various
assembly facilities where products are put together. If needed, this can be provided under clean room
conditions (class 100.000) as well. Tecnovia is certified against ISO-9001, AQAP 2110 and AS 9100
standards.
Our capabilities summarized:
Assembly of Electromechanical Modules
Prototyping
System integration
Supply-chain management.
Mechanical-machining 24/7 production.
Own department sheet metal production for complex sheet metal assemblies.
Engineering.
Clean room
References
Major OEM’s and 1-tier suppliers such as Fokker, Terma, Thales, Krauss Maffei Wegmann,
Rheinmetall Land Systeme, Marshall Aerospace, Dutch Space, Ruagg and Pilatus. The
defence and Aerospace activities include participation in programs as the Fennek,
Pantzerhowitser, CV90, Boxer, JSF, Chinook and Apache.
TNO
B.C.(Ben) Braam MSc.
P.O. Box 155
2600 AD Delft
The Netherlands
Tel: +31 15 269 2180
Email: ben.braam@tno.nl
Internet : www.tno.nl
TNO connects people and knowledge to
create innovations that boost the
sustainable competitiveness of industry
and well-being society.
Income 2009 € 494,6
4,400 employees
Product information
High-end Opto-mechanical Instrumentation
Instruments and mechanisms for space missions and ground-based astronomy
demand the utmost opto-mechanical precision and stability. TNO’s unique multidisciplinary design process enables requisite picometer stability and sub-nanometer
positioning accuracy.
Our instruments reflect extreme specifications imposed by hostile operation
environments and ultra-high accuracy and stability.
TNO’s expertise from optics to mechanical engineering, control and electronics
enables the development of a wide range of complex instruments and mechanisms.
Our flexure or magnetic bearing-based mechanisms have low friction and zero
hysteresis. We produce quality optics with low wave-front error from a variety of
materials including Aluminium, Fused Silica and Silicon Carbide.
References
TNO’s experience in cryogenics is applied in HIFI for Herschel, metrology for Gaia
and delay lines for Darwin.
On space activities TNO has been playing important roles in the ESO programmes
VLTI and E-ELT, and the ITER programmes. Important commercial customers of
TNO in the field of high-end optomechanics are ASML and Zeiss.
VDL Enabling Technologies Group
Richard Zoetewey Program Manager
www.vdletg.com
Wekkerstraat 1 5652 AN Eindhoven
T + 31 651534217
richard.zoeteweij@vdletg.com
VDL Enabling Technologies Group operates
as a supplier of parts, mechatronic modules
and systems, specializes in the
manufacturing and engineering of high
precision modules, equipment and
manufacturing systems, based on customer
specification or requirements.
Turnover: 180 Mio €
650 employees
VDL ETG focuses on strategic partnerships with its customers, based on long-term close
working relationships.
Products
(ultra) Precision parts, mechatronical modules, industrial production equipment, prototyping
for research & industry.
Markets
Lighting; Food and beverage; Electronic components; Medical; Semiconductor; Automotive;
Tobacco; Packaging; Aerospace; Glass; Solar & Energy; Personal Care; Science (physics,
optical).
Services
Parts manufacturing and dimensional control, from average complex up to ultra precision
parts; Prototyping of parts and modules; Turn-key delivery of customized production and
process equipment, from innovation up to global installation, cross-linking over 100 years of
experience in different markets.
References
Lighting : Philips; Food and beverage: P&G; Electronics: Fuji, Liquavista; Medical:
Philips; Semiconductor: ASML, Applied Materials, FEI; Automotive: Bosch; Tobacco:
JTI; Packaging: P&G; Aerospace: ESA, ESO, TNO; Glass: EMGO; Solar & Energy:
Applied Materials, Solyndra; Personal Care: SCA, P&G, Johnson & Johnson;
Science (physics, optical): CERN, ESRF, ITER, TNO, VTT, Oxford instruments.
Veenstra-Glazenborg
Femme Nauta Director of sales
www.veenstra-glazenborg.nl
Zeefbaan 29 9672BN Winschoten NL
T +31 597 471770
f.nauta@veenstra-glazenborg.nl
Manufacturer of high precision mechanical
equipment.
Experience in milling and turning of high
grade alloys and pure materials.
Turnover: 4.6 m €
38 employees
Products
• Sampling probes for natural gas composition measurements (underground
application)
• Die cutters for hygiene industry (HSS powder + Tungsten carbide)
• High pressure valves 10000PSI for upstream applications
Highlights
• Engineering rotating equipment and production tooling
• 5 axis milling max weight 1200 kg, Machining off solid CAD/CAM
• Milling and turning max weight 5 ton, dimensions 1.00x2.50m
• 4 axis wire eroding and High speed milling max 45000-1 min
• Grinding dept. for moulds and cutting dies
• Certificates: ISO9001:2008 ; G0304 RtoD ; NEN3834
References
SCA – GasUnie – Draka - Philips – Shell – Kernfysisch Versneller Instituut
Velmon Lastechniek B.V.
Marc Bosman ( IWT),Managing director
www.velmon.nl
De Trompet 1121 1967DA Heemskerk
T +31 251 200776
lastechniek@velmon.nl
Velmon Lastechniek BV is a company for all
kind of stainless steel tubes solutions. Many
years of experience with cryogen-, food- and
pharmacy industries. Assembly and welding
in workshop and on site!
Velmon Lastechniek BV
Velmon Group
€.1,3 mln./jr.
€.4,5 mln./jr.
10 employees
38 employees
Manufacturing and orbital welding of stainless steel pipe sections and pipe joints.
Orbital welding with closed chamber and open weld head, range from ø6mm until
ø168.3mm.
Series from 1 – 1000+, X-rayed, pressure test, helium leak-tests (max. 1x10ˉ9 Pa m³
sˉ¹) and oxygen clean treatment. ISO 9001 and ISO EN3834 (under construction)
MIG-welding (GMAW), TIG (GTAW) certificated EN287-1 and EN1418.
References
CERN, Corus steel, TEVA Pharmachemie, Trelleborg, Klinger-Picoff, Kenz-Figee,
Tekoma, Cofely.
Vernooy BV Triumph Group
Ruud Haakman – Managing director
Fred Verkerk – Ass. Managing director
http://www.vernooybv.nl/
Archimedesbaan 8
3439 ME Nieuwegein (the Netherlands)
T +31 30 6031293
haakman@vernooybv.nl
verkerk@vernooybv.nl
Vernooy is a distinguished specialist in
vacuum technology and in developing and
manufacturing vacuum parts and equipment.
Vernooy turnover: 4 million €
Triumph Group: 20 million €
23 employees
120 employees
Vernooy is specialized in vacuum engineering - process control, from design to final execution.
Products are made according to customer's specifications or according to designs by Vernooy's
engineers. For more than 60 years, VERNOOY Vacuum Engineering has developed and
fabricated high quality vacuum- and vacuum related components for research, semiconductor,
display and solar industry.
Vernooy has a balanced and sophisticated machine shop with CNC lathe and milling
machines, in combination with TIG- welding and robotic welding. It offers the following
capabilities:
Milling up to 6000mm x 1600mm x 2000mm
Turning swing of 1500mm x 2000mm length
TIG Welding by hand en robot
Vacuum Leak testing
Clean room packing
All activities are executed by highly trained vacuum engineers. Flexibility and quick response
are held in high esteem in the company. As a consequence of the great experience in
designing, manufacturing, vacuum testing, clean room building and packaging of various
vacuum components, Vernooy can be your valuable partner.
References
In October 2008 Vernooy realized and completed the delivery of most of the mechanical parts
for Magnum-PSI for the FOM-institute for Plasma Physics Rijnhuizen (the Netherlands).
They are completely produced by Vernooy Vacuum Engineering.
Wijdeven
Rene van den Heuvel
Account Manager – Business Unit Motion
www.wijdeven.com
De Scheper 303, 5688 HP Oirschot
T +31 499 320 130
rene.van.den.heuvel@wijdeven.com
Wijdeven Group is a leading Dutch company
in developing, engineering and
manufacturing cutting-edge magnetic fields
for both motion and power generation for
high-end applications.
Turnover: 20 M€
110 employees
Wijdeven Group provides innovative complete magnetic solutions building on more than 70
years of know-how and expertises in the field of advanced magnetic technologies.
Wijdeven Group develops and manufactures motion and power magnetic components,
(sub-)assemblies and systems that include various coils, permanent magnets and passive
components like transformers and inductors.
Wijdeven Group is a global company with her headquarters located in Oirschot (the
Netherlands) and a joint venture in China, offering leadership both in costreduction and
technology. In doing so we strive to provide exceptional values for our customers.
Wijdeven group is a quality company with green mindset for our environment, with both
ISO9001 and TS16949 certified.
References
ASML – Philips – NXP- GE security – Thales – Honeywell – BOSCH - XEROX
Abstracts (continued)
Bernard Denis: Knowledge & Technology Transfer (10 November 9:00 Council
Chamber)
CERN encourages knowledge and technology transfer, or generally speaking the access to
technologies, expertise and industrial processes to industries, universities and laboratories.
Different technology transfer modes are used to allow the access to CERN technology by
industry. These include contracted and collaborative research, service and consultancy and the
licensing of intellectual property. The presentation will describe CERN technological domains,
the technology transfer modes, provide for examples of available technologies and business
opportunities as well as a successful case of transfer from High Energy Physics to the X-ray
material analysis instrumentation market.
Lucie Linssen: The CLIC study of a Multi-TeV Linear Collider (10 November 9:30
Council Chamber)
The talk presents the CLIC accelerator and detector studies. A future multi-TeV electron-positron
collider will be the best tool to complement and extend the physics discovery reach of the LHC.
To this aim R&D is currently carried out on the Compact LInear Collider (CLIC) technology and
its physics detector concepts. CLIC is based on a novel two-beam acceleration with very high
acceleration fields (up to 100 MV/m), allowing to reach collision energies of 3 TeV in an
accelerator complex of some 48 km length. The technology is developed by a large international
collaboration and uses several accelerator test facilities worldwide, among which the CTF3 test
facility at CERN. The results of more than two decades of R&D are currently being laid down in
a Conceptual Design Report. The present status and principal results of the R&D will be
presented together with plans for the upcoming technical design phase.
Germana Riddone Fabrication of CLIC RF structures and components (10
November 10:00 Council Chamber)
The Compact Linear Collider (CLIC) study is focused on the design of an e- e+ linear collider at
colliding beam energy of 3 TeV with a luminosity of 2·1034 cm-2 s-1. CLIC is based on the
innovative two-beam acceleration scheme, in which the RF power is extracted from a low energy
but high-intensity drive beam, and transferred to a high energy accelerating beam, called main
beam. The accelerating structures of the main beam operate at 11.9942 GHz with an accelerating
gradient of 100 MV/m. The two linacs (each about 21 km) are equipped with two-beam modules,
housing all the main RF and focusing components. To fulfil the CLIC requirements, the different
parts of the RF structures should be fabricated and aligned with a precision of few microns. The
presentation focuses on the engineering and fabrication issues of the RF structures and RF
components. The main steps of the fabrication process, including machining, surface treatment,
alignment and bonding, are reviewed together with the present achievements. This challenging
work in carried out in collaboration with several international industrial partners and institutes.
Special effort is still required to enlarge the market and qualify new European companies. The
talk ends with the presentation of the future CLIC needs and perspectives for industrialization
and mass production coming phases.
Roland Garoby: Plans for the Upgrade of the LHC Injector Complex (10
November 11:00 Council Chamber)
An accelerator complex made-up of 2 linacs and 4 synchrotrons (Linac2, Linac3, LEIR, PS
Booster, PS and SPS) is being used to provide proton and heavy ion beams to the LHC. These
accelerators, which were designed and built many decades ago, have been modified to meet the
needs of the Collider (the oldest one being the PS, which accelerated beam to high energy for the
first time in 1959). Until now, they have performed excellently and with a remarkable flexibility.
Extensive consolidation will however be mandatory for reliable operation until ~2030 (the
expected end of life of the LHC), in combination with major upgrades to allow for pushing the
LHC performance as well as its discovery reach as far as possible. The technical solutions for the
upgrade will be defined and implemented before ~2017 in the frame of the “LHC Injectors’
Upgrade” (LIU) Project. Large investments will have to be made in many different types of
equipment (RF, kickers and pulsed high voltage systems, power converters, magnets, etc.).
The three major fields of my activity at CERN are:
The optimisation of the new LINAC 4 accelerator, which is under construction at the moment,
The upgrade study for the LHC interaction regions to improve the collision rate
Teaching activities in Accelerator physics.
The theoretical part of my work is related to the behavior of charged particle beams in the
magnetic fields of an accelerator, and the specification of the magnet field quality in our storage
rings. Mainly the layout of new machine structures (so-called magnet-lattices) and the influence
of their (multipole-) field errors on the particle stability is my daily work.
Bernhard Holzer: LHC-Upgrade (10 November 11:30 Council Chamber)
The presentation gives a short introduction to the layout of the LHC, its main components and the
corresponding parameters of the colliding particle beams. The key aspect - the so-called
luminosity of the collider - reflects the collision rate of the two beams. It is besides the particle
energy the most important parameter and at the same time the focus of the actual machine
operation and the LHC upgrade program at CERN. The luminosity will be discussed in detail and
its design goal will be compared to the present machine performance.
Based on these considerations we will present the concepts that are studied at CERN to increase
the particle collision rate: what do we have to do, to improve the luminosity? What are the new
technical challenges that we face and which are the efforts in research and technical development
that will be needed to reach the goal:
Key words are new s.c. magnet design (Nb3Sn technology) to achieve large aperture / high
gradient magnets, additional or more effective He-cooling, transverse deflecting rf cavities
("crab" cavities) to overcome the geometric luminosity reduction factor and the increase of the
single proton bunch intensity by more effective acceleration in the pre-accelerator chain.
I am working in the group of accelerator physicists that describes theoretically the behaviour of
charged particle beams in storage rings. The understanding of the main beam parameters of LHC
and other operating machines at CERN, as well as the improvement of their performance is
presently a top issue for us. In addition we are responsible for the design of new accelerator
projects.
Collective Promotional Activities programme (CPA)
NL Agency is a department of the Dutch ministry of Economic Affairs responsible for the
implementation of sustainability, innovation and economic development programmes for various
governmental bodies. It is the contact point for businesses, educational institutions and
government bodies for information and advice, financing, networking en regulatory matters.
The division NL EVD International stimulates international business and cooperation and
promotes a positive image of the Netherlands abroad. As a division of a State agency and a
partner to businesses and public-sector organisations, NL EVD International aims to help them
achieve success in their international operations. A growing network of organisations,
government institutions and companies have come to rely on NL EVD International for
information about foreign markets, governments and trade and industry.
One of the services the division NL EVD International provides is the Collective Promotional
Activities programme (CPA). CPA promotes the organization of incoming en out-going trade
missions, collective trade fairs and international promotional activities on behalf of Dutch
companies. Each year, there are about 90 CPA activities, which can take place within any sector
and / or country.
For further information about the CPA programme:
P +31 (0)88 602 8289
E cpa@info.agentschapnl.nl
Agency NL
NL EVD International
P.O. Box 20105
2500 EC The Hague
The Netherlands
T: +31 (0)88 602 9500
E: evd@info.agentschapnl.nl
I: www.hollandtrade.com
Epilogue
Holland@CERN is an important opportunity for Dutch highly technological firms to show
themselves to physicists and technicians. Good communication is crucial for doing business and
this is supported by an exposition like Holland@CERN, a benefit for both suppliers and buyers.
A pied à terre for firms from the Netherlands formed by the locally working Dutch employees is
another aim of this event. Doing business with Big Science stimulates innovation and with the
knowledge and technology transfer are proofs of valorization.
This First Holland@CERN in almost 15 years would not have been possible without the CPA
sponsor contract of NL EVD International. We, the organisation of Holland@CERN, want to
thank all the people involved in realising this sponsorship.
We also would like to thank the CERN organisation for hosting the event, especially Karine
Robert who has been our local coordinator was of essential support. Merci Karine!
Another word of acknowledgment goes to all the talks and excursions in a varied program during
Holland@CERN. Thank you all very much.
We as initiators were enormously inspired by the enthusiasm we encountered during the months
we have been busy with the organisation of Holland@CERN. We are looking forward to the
event itself and seeing you there and may this Holland@CERN be the first of a new series of
Dutch exhibitions from industries working for Big Science.
Robert Klöpping, CERN ILO and PA for ESRF
Toon Verhoeven, ITER ILO
Piet van Otterloo, Head of Dutch Scientific
Map of Exhibition area
1. Demaco
2. Sumipro
3. Boessenkool
4. Dutch Space
5. Exotech
6. Hitec
7. TNO
8. INCAA
9. Janssen Precision
10. Imtech
11. Heinmade
Map of Exhibition area
12 Tecnovia
13.Hositrad
14.ECM
15.VDL/ETG
16.3D worknet
17.HIT
18.Heeze Mechanics
19.Vernooy
20 Bayards
21.Veenstra Glazenborg
22.ITER-NL
23.Stirling
24.Cryozone