Nuclear medicine - Imaging Equipment

Transcription

Nuclear medicine
Protection and accessories
Edition: january 2006.
OST
M
THE PLETE
COM PLIER
SUP
3, rue de l’Europe - 44470 CARQUEFOU (France) - Tel. 33 (0)2 40 25 24 04 - Fax 33 (0)2 40 25 18 37
e-mail: contact@lemerpax.com - www.lemerpax.com
Nuclear medicine
Summary
FDG shielded glove box CORIAN® Evolution . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3
Remote control extraction device for FDG . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5
FDG syringe shield . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7
PET tungsten plunger shied for high energy syringe shield . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8
Tungsten FDG transport containers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9
Manipulation tong . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10
Manual remote-controlled FDG injection shielded system . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11
Positron rolling radiation shield . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12
FDG transport trolley . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13
PET synthesis module mini hot cell . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14
FDG-shielded hot cell with slave manipulators / FDG synthesis module shielded hot cells . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15
FDG step action lead shielded waste container . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16
FDG shielded syringe carrier . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17
FDG sharps shields . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18
Radiation shielding windows . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19
Hot cell filter stainless steel casing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20
Filter casing accessories . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21
Teletong shielded manipulation balls . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22
Remote handling tong . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23
Lead bricks . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25
Radiological protection for tubes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26
ACAD 2000 dose calibrator . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27
Protect your hands from irradiation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 29
Shielded glove box 4R CORIAN® Evolution . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30
Shielded glove box 2R CORIAN® Evolution . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32
Shielded bench . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34
Shielded bench with sliding screen . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35
Shielded laminar flow hood . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36
α -β - max cell . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 38
Nuclear medicine bench . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39
Bench top beta shield . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 40
Table top shield . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 41
Radiation protective glasses . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 42
Protective floor screen . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43
STOP-X Lead aprons . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 44
Shielded agitator . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 45
Thermostatically controled shielded heating system . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 46
Lead lined refrigerator / Lead line safe . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47
Under bench lead lined refrigerator / Under bench lead lined safe without refrigerator . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 48
Shielded syringe carrier . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 49
Small shielded safes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 50
Shielded vial case . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 51
Shielded containers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 52
Lead glass vial shields / Manipulation tongs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53
Lead glass vial shield dispensing station . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54
Vial shield container with plastic outside lining . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55
Special interventions shielded container . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 56
Tungsten syringe shield . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 57
New design tungsten syringe shields . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 58
High energy isotopes syringe shields . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59
Lead glass syringe shield . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60
Tungsten plunger shield for syringe shield . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 61
Acrylic beta syringe shield . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 62
Counter window for injectable doses / External delivery cabinet . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63
Step action lid shielded waste container . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 64
Sharps shields . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 65
Shielded waste container drum . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 66
Shielded shredder . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 67
Gas venting system . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 68
Decaying tanks / Special toilet . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 69
Iridium 192 storage unit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70
TFD neutral. Foaming degreasing detergent . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 71
TFD mousse. Foaming detergent for radioactivity decontamination . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 72
TFD skin. Soap cream for radioactivity decontamination . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 73
2
New
Nuclear medicine
FDG shielded
glove box CORIAN®
Evolution
Réf. 02010034
Principle
Providing both radiation shielding and a clean controlled
working environment, this ventilated shielded glove box
from Lemer Pax is designed for safe handling of high energy
isotopes (up to 511 KeV) during dose drawing, tagging or
calibrating.
The unit comprises a shielded glove box with two additional shielded cupboards underneath, one for housing a
generator or dose vial and the other for a dose calibrator.
The 40 mm* thick lead walls provide excellent radiation
protection for the operator, whilst the 80 mm* thick lead
glass provides superb visibility, whilst maintaining shielding. Lead shutters close off the glove ports when not in
use. A large 40 mm shielded door on the side provides easy
access for cleaning. A shielded pass through is also provided for removal of the final product. Even when used with
50 mCi of F18 or 100 mCi of I131**, the external dose
rate is less than 2.5 mR/Hr (25 µSv/Hr).
Underneath, the shielded cupboard can contain an optional
mechanical elevator for introduction of a generator or lead
pot into the main cell. On the other side another shielded
cupboard is provided for easy integration of a dose calibrator.
The interior of the glove box is lined with CORIAN ®, a
hygienic anti bacterial material with seamless joins for ease
of decontamination and cleaning. An integral UV light is
provided for sterilisation and an optional air filtering system
maintains internal air quality at Grade C or better.
Specifications are subject to change. Edition: january 2006.
* Standard thickness (other on request).
** Source located at the center of the lead area.
CORIAN® makes sense for medical uses:
- Hygienic antibacteriological material, CORIAN® can be easily decontaminated.
- Solid and non porous material, CORIAN® is engineered to withstand most of the
chemical products. Its easy maintenance ensures the hygiene and the sterility of the
surfaces.
- Warm and pleasant to the touch, it fits the cells comfortably.
- CORIAN® keeps its good looks longer because the solid beauty of CORIAN® goes all
the way through. If necessary, CORIAN® can be repaired and restored to its original
immaculate appearance.This makes CORIAN® a sensible investment for long-term
value.
- The DuPont Quality Network guarantee is a pledge of quality assurance and service
after sale.That means peace of mind for you.
Available in class 100
3
Nuclear medicine
FDG shielded
glove box CORIAN®
Evolution
Technical description
• Outside dimensions including the pass-through:
L.900 x H.1550 x W.600 mm
• Work space inside dimensions: L.520 x H.450 x W.450 mm
• Height of the work area: 900 mm
• Height of the glove ports: 1075 mm
• Pass-through inside dimensions:
L.250 x H.250 x W.150 mm
• The cell is set up on height adjustable feet
• Weight: 1300 kg
• Electrical need: 220 V / 16 A / 50 Hz
Standard equipment
• 2 glove ports with sliding 40 mm shielded shutters
• 1 lateral 20 mm lead shielded pass-trough
• 1 lateral 40 mm lead shielded door
• 1 control box
• 1 lead lined refrigerator shielded with 40 mm lead
• Depression indicators
• 1 technical partition placed under the box area for access to
the filtration including:
- 1 HEPA filter at the inlet inside the cell;
- 1 active charcoal filter at the outlet;
- 1 aerosol filter at the outlet;
- 1 aft extraction group 120 m3/h, 1.7 m/s (measured done at
the ventilator outlet) allaving to have a deprssion inside the
cell of 200 Pa minimum.
The cell can be immediately connected on a Ø 100 mm pipe.
• 1 fluorescent 18 W tub
• 1 temporized germicide 15 W tub
• 1 removable shelf
• 1 electric socket 10/16 A / 220 V / 50 Hz
Option.
Hard-crank elevator integrated in the lead lined refrigerator.
4
New
Nuclear medicine
Patent pending
Remote control
extraction device for
FDG
Réf. POSIDOSE
Principle
Posidose enables the extraction of a single dose
of FDG from a multidose vial into a shielded
syringe, ready for use.
The entire operation is controlled remotely,
ensuring absolute safety and minimising radiation exposure for the operator.
In use, the shielded vial is clamped into the
lower portion of the unit. A shielded syringe with
needle is clipped into place above it. Rotating
a single external handle inverts the complete
assembly, whilst simultaneously causing the
syringe needle to puncture the stopper on the
vial. A second handle operates the syringe
plunger, enabling the operator to withdraw the
required volume into the syringe. Large, highly
visible, graduated scales are provided for
either 5 cc or 10 cc syringes. The complete
assembly can then be re inverted and the filled
shielded syringe removed, ready for use.
The Posidose fits easily into the Lemer FDG
shielded glove box or other shielded cell, with
the controls mounted externally. Simple
mechanical connection reduces the risk of failure associated with more complex electrical
mechanisms.
5
Nuclear medicine
Remote control extraction
device for FDG
6
Initial position.
Pressing on knob A causes
the rotation of the system and the
descent of the syringe needle flask.
Once it reaches 180°, the extraction
can be done.
Pressing on knob B allows
regulation of the extraction from
the flask.
Pulling on knob A causes 180°
rotation of the mechanism; the
needle & its syringe disengage
from the flask.
Return to the initial position;
operator can retrieve his syringe
protector with his dose ready
for injection.
New
Nuclear medicine
Patent pending
FDG syringe
shield
Type PSW
Type PSWG
Principle
This tungsten syringe shield, with sliding shielded
cover, provides improved protection when handling
high energy radiation emitters such as I131 (360KeV)
or F18 (511 KeV), reducing radiation dose to both
hands and body.
The combination of a 6 mm thick tungsten body and
9 mm tungsten shield on the piston side provides a
high degree of all round attenuation, whilst the 1mm
thick plastic lining stops beta radiation and errant
bremstrahlung. A tungsten cone at the front minimises
radiation leakage.
Two quick lock systems hold the syringe and plunger
securely inside the shield whilst a milled button can
lock the syringe piston in position.
An optional high density lead glass window, 8 mm
thick, allows easy reading of syringe contents.
Reference
Syringe
(cc)
Length of the
body (mm)
Ø syringe body
(mm)
PSW5
PSW10
PSWG5
PSWG10
5
10
5
10
65
83
65
83
15
20
15
20
window W thickness
Weight (g) Viewing
in lead glass
(mm)
950
1 465
915
1 425
non
non
oui
oui
6
8
6
8
Reduction %
360 Kev 511 Kev
96
98
96
98
93
95
93
95
7
New
Nuclear medicine
Patent pending
PET tungsten plunger
shield for high energy
syringe shield
Principle
To complement the high energy syringe shield (Ref. PSHE), the easy slide-on patented design tungsten
plunger shield prevents radiation from leaking out of the back of the syringe shield, making for safer
drawing and injection of doses.
The 5 mm of tungsten reduce hand exposure by 70 %.
e
øD
ød
PS1 represented with the syringe shield PSHE1.
Référence
8
PS1
PS2-3
PS5
PS10
Outside
For syringe dimensions
(mm)
1 cc
2-2.5-3 cc
5 cc
10 cc
Ø 20 x 7.5
Ø 20 x 7.5
Ø 30 x 8
Ø 30 x 8
Ø D maxi
(mm)
Ø d maxi
(mm)
e maxi (mm)
Weight (g)
11
13
19
21
6,5
8
13
13,5
1.75
1.75
2
2
30
29
68
67.5
New
Nuclear medicine
Tungsten FDG
transport containers
Réf. CTTW
Principle
The tungsten FDG transport containers allow safe
handling of the FDG vials during the different operations of transport and storage in order to protect both
the operator and the environment from the contamination and exposition of the isotope radiation. These
containers are perfectly protected from leaks by design.
The protection against isotope radiation is accomplished
through the exclusive use of tungsten (thickness 20 mm
lead equivalence 30 mm), in order to get outside an
extremely low and homogenous exposition rate during
all phases of use.
The choice of the tungsten as a biological protection is
to improve the volume and the mass in order to facilitate the handling for the operators and improve the fire
resistance.
This protection is calculated for a maximal activity of
20 mCi of FDG in the container and an equivalent rate
of absorbed dose of 25µSv/h (2.5 mrem/h), at 20 cm of
the system and of 10µSv/h (1.0 mrem/h), at 33 cm of the
system.
The container has two opening possibilities:
- complete opening for the loading / unloading of the 30 ml
vial;
- extremity opening that allows the way through of a
needle in the vial in order to do the fractionating operations by limiting the exposition of the operator to the
radiations.
This container has a plastic adapter that allows to
adjust the inside diameter of the container to the different vial type.
• Maximal inside dimensions: Ø 75 x 150 mm
• Diameter of the adaptater: 27 mm
• Poids: 6 kg
• Locking system with a security screw
9
Nuclear medicine
Manipulation tong
for remote handling of
radioactive sources
Réf. POSITONG
Principle
The ergonomic Positong was designed
to handle vials and syringe while protecting the operators from undue
exposure risks. Its ergonomically designed handle, provides comfortable
griping and integrates an adjustment
knob to limit the opening size of the
jaws.
As an option, in order to reduce exposure to the hand when handling high
energies and/or high activity sources,
the Positong can be equipped with a
3 mm thick tungsten ‘Posishield’.
This is excellent when handling FDG
or I131
• Ergonomic plastic handle, stainless steel jaws.
• Easily decontaminable unit.
• Adaptable for right or left handed use.
• Selectable jaw opening screw knob.
• Option
Removable ‘Posishield’ 3 mm thick tungsten
shield to be screwed on the handle.
Ergonomic Positong
Ref. Positong 100
Length (L) 100 mm
Ref. Positong 200
Length (L) 200 mm
Ref. Positong 350
Length (L) 350 mm
Ergonomic shield Posishield
Réf. Posishield
For Positong 200 & Positong 350
Size: L.80 x H.130 mm
Positong 350 represented with its Posishield.
L
10
New
Nuclear medicine
Manual
remote- controlled
FDG injection shielded
system
Principle
The manual remote-controlled FDG injection shielded system from Lemer Pax allows to protect the operators during
the isotope injection, when connected to the patient by a
catheter, by using the manually activated remote system
behind a protective screen. The syringe, in its tungsten
syringe-shield (Ref. PSW5 or 10), is vertically introduced
in a 30 mm lead shielded safe. The syringes that can be
used with this system have a capacity of 5 or 10cc exclusively. The protection is calculated for a maximum FDG
activity of 20 mCi in the syringe and an equivalent rate of
the absorbed dose of 25µSv/h (2.5 mrem/h), at 10 cm of the
system and of 10µSv/h (1.0 mrem/h), at 16 cm of the system.
Outside of the safe, a support allows to hang up a NaCl sac
(the NaCI is used to rinse the catheter after the FDG injection).
The whole of this equipment is integrated in a trolley with
casters in order to move it from the preparation lab to the
injection place.
This trolley has two shelves made of a very resistant and
hygienic material without join which can be very easily
decontaminated (CORIAN®). A serum stand can be added.
Réf. DIA
• Trolley outside dimensions: L.800 x H.1000 x W.500 mm
• Leaded safe outside dimensions: L.320 x H.160 x W.155 mm
• Weight: 110 kg
• Stainless steel frame trolley
• 4 pivoting casters made of soft tyre included two with break
surfaces.
value.
11
Nuclear medicine
Positron rolling
radiation shield
Réf. BPP30
Principle
The Lemer Pax positron shield protects the operator
from high energy (511 Kev) emitting isotopes and
provides optimum accessibility towards the patient
thanks to the 400 mm width at the arm level.
This 30 mm pb shield is movable on heavy duty
castors.
12
Lead 30 mm
880 mm
BPP30
L.300 x H.200 mm
80 mm
880 mm
1230 mm
400 mm
30 mm
W.580 x H.1480 x D.620 mm
182 kg
1480 mm
Reference (shielding thickness)
Window size
Lead glass thickness
Thorax shielding height
Height to inclination
Total shielded width
Lead bilogical protection
Overall dimensions
Total weight
1060 mm
• 45° inclined high density lead glass viewing window 300 x 200 mm.
• 30 mm lead protection down to the knees.
• 4 heavy duty castors, 2 with brakes.
Shelf for syringe
carrier
New
Nuclear medicine
FDG transport
trolley
Réf. CHT
Principle
The transport trolleys of Lemer Pax with an additive lead protection are designed to reduce the
contact of the doses for the users and their environments when they have to carry radioactive products doses to their use place. The additive protection in lead (thickness 30 mm), accessible by a
shielded drawer, allows to transport either FDG
mother solutions already protected by their lead or
tungsten container or some syringes with their
tungsten syringe shields that correspond to the
injectable doses.
This protection divides by a nearly 200 factor the
residual equivalent dose rate emitted by the source
in a container or in a protected syringe, carried by
the trolley.
The upper plate as well as the sliding cover are
made of a very resistant and hygienic material
without join which can be very easily decontaminated (CORIAN®). The inside wall of the storage
box is made of stainless steel and can be easily
removed to facilitate the decontamination.
• Outside dimensions: L.680 x H.970 x W.500 mm
• Inside dimensions of the leaded protection: Ø 135 x 150 mm
• Height of the work plate: 900 mm
• Sliding cover of the storage box with indexable locking system
• 4 pivoting casters made of soft tyre included two with break
• Weight: 95 kg
surfaces.
value.
13
Nuclear medicine
PET synthesis module
mini hot cell
Réf. 02021100
Principle
The PET synthesis module mini hot cell preserves the operator from the positron (511 Kev) emitting isotopes, the environment from radioactivity emissions and the products during the different
synthesis phases. An integrated ventilation/filtration system allows to control air quality, exhaust
of the calories and capture of radioactive particles. The smooth inner cell surface is equipped with
a stainless steel sliding tray for easy maintenance operation.
The design of the mini hot cells is modular to arrange the cells side by side or on the top of each
other.
Each hot cell can work individually.
• Outside dimensions (outside frame): W.1160 x H.930 x D.620 mm
• Usable inside dimensions: W.600 x H.650 x D.410 mm
• Weight: 2600 kg
• Biological protection: 60 mm of lead (other thickness available)
• Ventilation / filtration: HEPA at the inlet, aerosol and active
charcoal at the outlet
• Ventilation: 120 m3/h / 5 Pa / 1.7 m/s directly connectable on
Ø 120 mm pipe
• Control manometer
• Lower stainless steel sliding tray
• Security lock
• Safety electric switch
• Tubular removable steel frame
• Power: 220 V / 16 A / 50 Hz
Options
• Fluorescent 18 W tube
• Temporised 15 W UV germicide tube
• On door integrated shielded window
• Shielded drawer for frontal dose delivery
• Class 100 filtration system
• Air quality monitoring
14
Nuclear medicine
FDG-shielded hot cell with slave
manipulators
FDG synthesis module shielded
hot cells
We manufacture these products in acordance to the customers needs.
15
Nuclear medicine
FDG step action
lead shielded waste
container
Réf. PBC 20 FDG
Principle
The FDG shielded square waste container from Lemer Pax provides safe and convenient storage of
radioactive wastes while protecting the operator from high energy gamma ray exposure. This step
action lid container enables the operator to keep his hands out of exposure. The protection against
isotope radiation is assured by 20 mm of lead which is sandwiched between two steel sheets of white
easily decontaminable finish. The lid opening and closing speed are both adjustable by means of an
hydraulic regulator. The pedal of the container is balanced to obtain an effortless opening. The
container is also provided with a removable holding bags system. This container is mobile on casters and can be easily moved by its back handle.
Reference
Capacity
Inside useful dimensions (mm)
Outside overall (mm)
Biological protection
Weight
PBC 20 FDG
20 liters
L.200 x H.500 x D.200
L.355 x H.660 x D.680
20 mm
204 kg
Other dimensions on request.
16
Nuclear medicine
FDG shielded
syringe carrier
Réf. SC10
Principle
The shielded syringe carrier from
Lemer Pax allows safe handling of
the syringes during the different
operations of transfer and storage
in order to protect both the operator
and the environment from the
contamination and exposition of the
isotope radiation.
10 mm lead shielding.
• European type spring tension latch
• Welded construction
• Large movable carrying handle
• Removable stainless steel tray that keeps
the syringes in place
• Easy decontaminable stainless steel finish
.
Reference
Lead thickness
Inside dimensions (mm)
Outside dimensions (mm)
Weight
SC10
10 mm
L.245 x H.50 x D.85
L.305 x H.80 x D.142
14,5 kg
17
Nuclear medicine
FDG sharps shields
Réf. PRA10
Principle
This lead shielded container is ideal for storing used contaminated sharps. There is a small lid for
quick access to remove the needle and a larger, hinged lid for removal or replacement of the inner
plastic container. The sharps shield is adaptable to various size disposable sharps containers.
Presentation
Easy decontaminable stainless steel
finish.
Shielding: 3 mm lead.
Inside dimensions
L.200 x H.170x D.132mm.
Weight: 26 kg
18
Nuclear medicine
Radiation
shielding windows
Principle
The Lemer Pax lead glass windows permit the visibility and the
radiation shielding on hot cells.
Their protection is equivalent to
a 50 or 100 mm thick lead wall
based on the energy of Cobalt
60 (other dimensions and equivalency are available on request).
• Steel and lead frame with radioprotection
baffle
• White decontaminable finish
Ref.
IV0300
IV0302
HB315/50
2V0300
2V0302
HB315/100
Description
Cylindrical radiation shielding window
140 mm vision diameter
Square radiation shielding window
315 x 315 mm vision dimensions
Square radiation shielding window
315 x 315 mm vision dimensions
Lead equivalency
Outside
dimensions
50 mm
Ø 232 mm
50 mm
Ø 334 mm
50 mm
420 x 470 mm
100 mm
Ø 275 mm
100 mm
Ø 377 mm
100 mm
461 x 510 mm
19
Nuclear medicine
Hot cell filter stainless
steel casing
Principle
The stainless steel filter casings are used to enclose the radioactive particles
of hot cell extraction filters. They allow the manual dismantling of the filtering
elements under biological protection.
The represented filter is not delivered with the casing
Le filtre représenté n’est pas livré
• All glass blasted 316L stainless steel constructed.
• Pressure plug realized in upper and downstream of the filter
with 2 1/8’’ screws (for dirtying control).
• Closing by stainless steel latch on circular groove.
B
Ref.
BF10/50
Description
For filter type
10 to 50 m3/h filter casing with conical flange
- THE from 10 to 50 m3/h
- Active charcoal 20 m3/h
stainless steel casing
A=228 mm. B=178 mm. C=103 mm. D=115 mm. E=M62 x 2,5 mm ISO
20
BF50/70
50 to 70 m3/h filter casing with conical flange
BF300
300 m3/h filter casing with conical flange
- THE from 50 to 70 m3/h
- Active charcoal 50 m3/h
- THE of 300 m3/h
A
E
D
C
Nuclear medicine
Filter casing accessories
Ref.
JBC50
For filter casing type
Joint (Viton) for conical flange DN50 BF10/50 and BF50/70.
JBC 100
Joint(Viton) for conical flange DN100 BF300.
CSBC50
Champ (stainless steel) with screw tightening for conical flange DN50.
BF10/50 and BF50/70
CSBC100
Champ (stainless steel) with screw tightening for conical flange DN100.
BF300
BPBC50
Stainless steel plug for conical flange DN50.
BF10/50 and BF50/70
BPBC100
Stainless steel plug for conical flange DN100.
BF300
VPBC50
VPBC100
AD50
TF50
TC50
TCBC50
TCPP
Description
Quarter turn butterfly shutter (stainless steel) DN50 with conical flange
and lever (overall dimensions: Ø 105 x 78 mm).
Quarter turn butterfly shutter (stainless steel) DN100 with conical flange
and lever (overall dimensions: Ø 162 x 78 mm).
Lengthening pipe (stainless steel) DN50 with 2 conical flanges
length 50 mm.
Flexible stainless steel pipe DN50 with 2 conical flanges length on request
(minimum 150 mm).
Wall cross through (stainless steel) DN50 with 1 conical flange and screw
Ø 62 x 2.5 mm.
Wall cross through (stainless steel) DN50 with 2 conical flanges.
BF10/50 and BF50/70
BF300
BF10/50 and BF50/70
BF10/50 and BF50/70
BF10/50 and BF50/70
BF10/50 and BF50/70
Wall cross through (stainless steel) pressure test.
21
New
Nuclear medicine
Patent pending
Teletong shielded
manipulation balls
Principle
The Lemer Pax shielded manipulation
balls allow angular and axial motions of
the teletong in the hot cells.
Thanks to their design, those very low
friction shielded balls reduce the manipulation effort to the operators.
Those balls provide a lead shielding up
to 150 mm.
• Lead ball and frame
• Low friction plastic covered ball
• Easy decontaminable white finish
• Stainless steel rotation stopper knob
• 4 CHC M8 stainless steel fixing screws
Angular
equivalency (F)
Ref.
Type
Description clearance
IV0400
R22 L1
50 mm lead equivalency ball
2V0400
R22 L2
3VO402
R33 L3
A=171 mm. B=169,5 mm. C=220 mm. D=50 mm. E=84 mm. F=192
A=171 mm. B=169,5 mm. C=220 mm. D=100 mm. E=134 mm. F=192
A=269 mm. B=265 mm. C=320 mm. D=150 mm. E=193 mm. F=292
Lead
75°
Up to 50 mm
76°
Up to 100 mm
77°
Up to 150 mm
E
90°
D
ØF
ØC
F°
ØA
ØB
45°
22
Nuclear medicine
Remote
handling tong
Réf. PAD
Principle
The remote handling tong Lemer
Pax allows the telemanipulation
in hostile environments.
Specially adapted for the work
in radioisotopes hot cells, they
are engineered to be incorporated in the Lemer Pax shielded
lead balls. The head of the tong
is easily disconnectable and
interchangeable, and a screw
knob allows to tune the opening
and to lock the tightening of the
jaws. A tighteness booting is
connectable to the tong by using
a tight intermediate connector
on the rod and a tightness ring
on the hot cell wall.
The tong PAD600* is represented with the jaw PAD-BR30.
* 600 is the lenght L of the rod tong.
Ref.
PAD-PC
PAD-PSP
PAD-PSO
PAD-BS
PAD-BR30
PAD-BR65
PAD-SE
PAD-RSE
PAD-BSE
PAD-DDT
PAD-DDR
• Rod diameter: 14 mm.
• Locking of the connector tong: quater
turn bayonnet.
• Length of rod (L): from 200 mm to
1500 mm.
Description
Jaw with siccors
Parallel jaw body with rubber covered jaws
Oblical jaw body with rubber covered standard jaws
Standard jaws for oblical gripping
Round jaws for vial (minimum Ø 30 mm) adaptable on oblical gripping
Round jaws for vial (minimum Ø 65 mm) adaptable on oblical gripping
Latex tightness booting (length of the rod to be precised)
Tight intermediate connector for booting
Booting tightness ring for wall
Disconnection tooling for tong body
Disconnection tooling for tight intermediate connector
L
23
Nuclear medicine
Parallel jaw body with standard
rubber jaws
Ref. PAD-PSP
Closed 150 mm
Opened 125 mm
L.16 mm
D.30 mm
Load capacity 5 kg
Oblical jaw with standard
rubber jaws
Ref. PAD-PSO
D.32 mm
Load capacity 5 kg
Closed 150 mm
Opened 125 mm
Opened 76 mm
Opened 140 mm
65 mm
L.16 mm
D.30 mm
Closed 40 mm
Opened 180 mm
Jaws for oblical body only
Ref. PAD-BR30
Load capacity 5 kg
m
0m m
ed 3 5 m
Clos ed 15
n
Ope
Clos
ed 4
0m
m
Ref. PAD-BS
m
0m m
15 5 m
sed 10
Clo ened
Op
m
5m m
ed 6 0 m
Clos ed 21
n
Ope
C
Ope losed 0
ned
m
180 m
mm
Ref. PAD-BR65
Represented mounted on oblical
jaw body.
24
Nuclear medicine
Lead bricks
Principle
The V shaped, or parallelepipedic lead bricks are designed for easy and versatile use. Constructing
a modular and movable chamber for containing gamma emitting sources for manipulation or long
term storage is quickly accomplished using interlocking bricks. In option, those bricks are covered
with a decontaminable finish.
1V0105
1V0124
1V0102
1V0122
Interlocking
frame 1V1-200
Sphere
1VO-400
Height
(multiple of
100) + 50
1V0120
1V0100
Length and height multiple of 100
Wall bricks
Description
Base brick
Standard brick
1/2 top brique
Ref.
1VO100
1VO102
1VO105
Size (mm)
L.100 x H.100 x D.50
L.100 x H.100 x D.50
L.50 x H.100 x D.50
Weight (kg)
6.1
5.5
2
Corner brick
Description
Base corner brick
Standard corner brick
1/2 top corner brick
Ref.
1VO120
1VO122
1VO124
Size (mm)
L.100 x H.100 x D.50
L.100 x H.100 x D.50
L.50 x H.100 x D.50
Weight (kg)
8
7
2.7
Parallelepipedic lead bricks
Ref.
Size (mm)
PP1
L.200 x H.100 x D.50
Weight (kg)
11
Interlocking frame
Ref.
Size (mm)
1V1-200
L.200 x H.200 x P.50
Weight (kg)
9
Sphere
Ref.
1VO-400
Weight (kg)
23
Angular clearence
75°
25
Nuclear medicine
Lead protection
for tubes
Ref. PRT-130/70 and PRT-210/70
Principle
The lead protection for tubes allows to confine the emitting gamma rays tubes. Made of half-shell
lead shield, there interlocking shape make there use easier while keeping a perfect homogeneous
protection .
In option, these protections can be coated with decontaminable paint.
26
Reference
Dimensions (mm)
Lead wall thickness
(mm)
Half-shell weight
(kg)
PRT-130/70
Ø outs.130 x Ø ins.70 x L.500
30
25
PRT-210/70
Ø outs.210 x Ø ins.70 x L.250
70
42
Nuclear medicine
ACAD 2000
dose calibrator
Principle
The ACAD 2000 calibrator provides a simple and accurate way of measuring the activity both in
curies (Ci) and becquerels (Bq) of radioiscopes emitting gamma ray. Its main use is the calibration
of the radiopharmaceutical doses injected to patients in nuclear medicine imaging.
ACAD 2000 system is composed by a well chamber detector optionally equipped with the up and
down sample holder device “posilift“ and a remote control electronic unit equipped with a touch
screen panel that allows the operator to navigate in the different functions of the software.
Each calibrator is delivered with a calibration certificate which garantees that the instrument had
been calibrated, before delivery, according to current standard (CEI/IEC 1303).
Both electronic remote unit and ionization chamber are matched and indentified with the same serial
number (affected during the calibration procedure).
27
Nuclear medicine
Description
The dose calibrator includes:
- a gamma rays detector with a well ionization chamber protected against the background radiation (natural or parasite) by a lead
shielding;
- a remote control electronic unit with a touch screen panel than allows to navigate into the software through the activation of
dedicate zone. This electronic unit is equipped with 3 RS232 type connectors for multiple detector application, a parallel connector for label printing device and a lan eternet interface RJ 45 type;
- a sample holder for the introduction of the radioactive sources to be measured into the well chamber. The sample holder had been
specially designed to present the minimum absorbent screen effect for the radiation to be measured under the 3 principal
radioactive sources conditioning: vial, syringe, capsule.
It includes a removable radio transparent plastic well lining which is placed into the well of the detector in order to protects the
inside of the well chamber from any accidental contamination, notably caused by leakage of the measured radioactive liquid sources
(this well lining is easily removable and decontaminable).
The well chamber can receive as an option the up and down sample holder system Posilift.
- a 3 meters long cable with connectors between the well chamber detector and the remote electronic control box.
- a 1.54 meter long cable for the power supply of the electronic control box (220-240 V / 50-60 Hz).
Detector
The detector in an aluminum ionization well chamber surrounding by a lead shield that protects the detector from the background
radiations and the operator from the measured sources rays.
Height (outside): 420 mm.
Diameter (outside): 220 mm.
Diameter of the well lining: 42 mm.
Thickness of lead protection: 3 to 6 mm.
Weight: 22 kg.
Filling gaz: argon (99 %) at 2.5 bars.
Polarization high voltage: 360 V.
Energy range: from 30 KeV to 2 MeV.
Operating temperature: 18°C to 25°C.
Isosensitivity zone at 1%: total height 60 mm / total width at the center 25 mm.
Iometer
250 possibilities of preset isotopes per conditioning (vial, syringe, capsule).
The following limit values are given for the Tc99m.
Measurement range:
- detection threshold 185 kBq;
- maximum activity 75 GBq.
Measurement accuracy: 5 % (including the accuracy of the standard source).
Repeatability (relative standard deviation on the mean value): ≤ 0.2%.
Reproductibility (relative standard deviation on the mean value): ≤ 0.5%.
Response time: min. 2 s / max. 5 s.
Electrical data: class 1 (according to 60601-1 standard).
Tension: 220 V / 240 V.
Frequency: 50 to 60 Hz.
Power: 15 W.
28
Selectionable functions on the different menus of the touch screen panel
• Measurement (Ci or Bq).
• Isotope selection (on a 250 nuclide list).
• Conditioning choice (vial, syringe, capsule).
• Operator selection.
• Decaying calculation (backward-forward).
• Zero electronic.
• Calibration.
• Drift.
• Mo99 test.
• Repetability test.
• Linearity test.
• Multi detector mode (3 detectors simultaneous).
• Label printing (with selectionable numbers).
New
Nuclear medicine
Protect your hands
from irradiation
by using the up and down
sample holder device on the ACAD
2000 dose calibrator
Réf. POSILIFT
Irradiation cone
Principle
This system integrated in the lower part
of the ionisation chamber moves up and
down the sample holder by means of a
foot control. This device, particularly
suitable for high energies operations,
allows a total protection of the operator
hands during the different phases of
introducing, measuring and lifting of the
radiation sources, putting the hands
aside from the unshielded vertical irradiation cone (511 keV) around the major
axis of the ionisation chamber.
Source to be masured
Sample holder
Up and down
movement driven by
a remote switch
Well chamber
29
New
Nuclear medicine
Shielded glove box 4R
CORIAN® Evolution
Réf. CEB 4R
Principle
The shielded glove box 4 glove ports from Lemer Pax allows safe handling of isotopes during elution,
fractionating, tagging and measuring. It is designed to protect the operators from both contamination and isotope radiation. The protection against isotope radiation is accomplished through the
exclusive use of lead screens (thickness 15 mm) and lead glass (thickness 24 mm), in order to get
outside an external dose rate absorbed extremely low and homogenous during all phases of use. The
radiation protection allows to manipulate the nuclear medicine medium energy isotopes Tc99m,
Tl201, In111, etc. (cf table). The inside walls of the work area are made of a very resistant and hygienic
material without joint which can be very easily decontaminated and gives a reinforced anti-bacterial
protection (CORIAN ®).
Outside dimensions:
L.1940 x H.1530 x D.550 mm
Inside dimensions of the work area:
L.1550 x D.440 mm
Work area height: 900 mm
Glove ports axis height:
1050 mm (adjustable from 0 à to +50 mm)
Pass-through inside dimensions:
L.365 x H.250 x D.200 mm
CEB 4R weight with the bins and lead
lined refrigerator options: 2000 kg
Electrical needs:
Socket 220 V / 16 A / 50 Hz
Maximum activity for an external dose
rate limited to 25µSv/h at a distance of
5 cm from the shielding, source located
at the centre of the work area
Radionuclides
30
- Solid and non porous material, CORIAN® is engineered to withstand
most of the chemical products. Its easy maintenance ensures the hygiene
and the sterility of the surfaces.
- CORIAN® keeps its good looks longer because the solid beauty of
CORIAN® goes all the way through. If necessary, CORIAN® can be repaired
and restored to its original immaculate appearance. This makes
CORIAN® a sensible investment for long-term value.
- The DuPont Quality Network guarantee is a pledge of quality assurance
and service after sale.That means peace of mind for you.
Tc 99m*
TI 201*
I 123
In 111
Ga 67
Cr 51
I 131
Maximum activity
GBq
mCi
74
74
24
74
17
44
1,10
2000
2000
650
2000
450
1200
30
* For these radionuclides, the shielding is designed
to be sufficient for the maximum amounts of activity
encountered in normal use.
Nuclear medicine
Équipement standard
• The inside finish of the work area is made of anti-bacteriological CORIAN®, hygienic material that can be very easily decontaminated.
• The outside finish of the work area of the box can be very easily decontaminated (white decontaminable coating).
• Biological protection of 15 mm of lead on each side of the work area.
• The outside and inside finish of the lower part of the cell can be easily decontaminated (white decontaminable coating).
• Lateral pass-through shielded 15 mm of lead on the right side, integrated in the box with its lateral outside door (with key lock)
made of 16 mm thick lead glass that allows a complete visibility inside the pass-through.
• 4 glove ports with sliding shutters shielded with 15 mm of lead: while using the box, the operator is then protected by 30 mm of lead
at the abdomen level.
• A 24 mm thick lead glass vision window that can be opened (with key lock) to facilitate the cleaning operations and the
introduction of material inside the box. Thanks to its 30° inclination, it allows a total visibility of the work space.
• A shielded safe for two generators with an electric elevator/extractor for source: shielded with 40 mm of lead on 4 sides + 45 mm
on the front door (with key lock). As standard, it can contain 2 generators type CIS Bio or Mallinckrodt (or on request, Nordion,
Amersham, etc.). These generators are placed on an electric elevator/extractor which is controlled from the control panel. The work
area has a shielded hatch that allows the access to the generators and which, when it is closed, is completely
integrated in the worktop. A second electric system (also controlled from the control panel) extracts the generators outside of the
box. This function is done to facilitate the loading of the generators by the operator. While the operation of going out and going in
of the source, the operator is radioprotected by the shielded door that opens in the direction of the electric control panel.
• Location for the well chamber: a safe with an access on the front of the box for the integration of the ionisation
chamber of the dose calibrator. A hole with a diameter of 72 mm in the worktop allows the access in the well for the
sample holder.
• Independent filtration and ventilation system: the box has a HEPA filtration at the inlet and active charcoal and aerosol filters at
the outlet. An extraction group (measure done at the ventilator outlet 120 m3/H, 1.7m/s) is situated before the filtration and allows
to have a depression inside the cell of 250 Pa. In order to facilitate the maintenance, the whole is placed in a safe situated under
the pass-through. Its door (with key lock) is shielded by 3 mm of lead (indeed, the active charcoal filter is here to trap the radioactive particles, it can then slightly emit radiation).
• A manometer on the control panel allows to check the inside depression of the cell and to control the filtration
saturation level.
• 2 fluorescent 18 W tubes.
• 2 UV germicide 15 W tubes with adjustable temporizing.
• 2 electric sockets controlled by an outside push button.
• 1 electric socket with adjustable timer for the use of the controlled shielding heating system.
• 1 inside stainless steel shelf to place the syringes, the needles, the lead pots, etc.
• 2 pairs of gloves.
Additional equipment
Option 1: integrated bins
The cell can be fitted with a 15 mm lead shielded safe with a shielded frontal door (with key lock) that can receive 3 bins:
- 1 needle bin of capacity 2 liters with stainless steel plate for the unhook of the needles;
- 1 short life waste bin of capacity 7 liters;
- 1 long life waste bin of capacity 7 liters.
The operator has three direct access caps to these bins from the work space. These stainless steel caps are integrated in the worktop.
Option 2: lead line safe
The cell can be fitted with a 15 mm lead line safe with a shielded frontal door (with key lock). It has a capacity of 40 liters and it is
provided with 2 adjustable shelves.
Option 3: lateral shielded door
The cell can be fitted with a lateral door on its left side. This 15 mm lead shielded door facilitates the loading of the material in the
cell. It has a key lock and gives a passing-through of 200 mm width and 260 mm height.
Option 4: computer support
The cell can integrate a computer support system. The screen is fixed on a swivelling arm on the top of the cell. The keyboard is situated
underneath the pass-through, in a drawer fixed on grooves and equipped with a sliding plate for the handling of the mouse. The central
processing unit is integrated under the work area but allows the access to the front in order to insert diskettes and CD’s.
Option 5: left side pass-through
The cell can be fitted on its left side with a second pass-through 15 mm lead shielded. This pass-through, which has the same dimensions than the standard one, has a 16 mm thick lead glass door access, situated on the side of the cell. This option inhibit the option
3 lateral shielded door.
Option 6: box elevator
Vertical adjustment of 250 mm that allows to adapt the cell height upon the operator morphology (from 1050 mm to 1300 mm height
between the ground and the glove ports axis).
This elevator is equipped with several security to prevent the jamming and has a scale in order to visualize the adjusted position.
This option increase the cell overall dimensions (L.2020 x H.1840 x D.740 mm) and its weight of + 750 kg.
31
Nuclear medicine
Shielded glove box 2R
CORIAN® Evolution
Réf. CEB 2R
Principle
The shielded glove box 2 glove ports from Lemer Pax allows safe handling of isotopes during elution,
fractionating, tagging and measuring. It is designed to protect the operators from both contamination
and isotope radiation. The protection against isotope radiation is accomplished through the exclusive
use of lead screens (thickness 6 mm) and lead glass (thickness 16 mm), in order to get outside an
external dose rate absorbed extremely low and homogenous during all phases of use. The radiation
protection allows to manipulate the nuclear medicine medium energy isotopes Tc99m, Tl201, In111,
etc. (cf table). The inside walls of the work area are made of a very resistant and hygienic material
without joint which can be very easily decontaminated and gives a reinforced anti-bacterial protection
(CORIAN®).
Outside dimensions:
L.1210 x H.1530 x D.550 mm
Inside dimensions of the work area:
L.800 x D.440 mm
Work area height: 900 mm
Glove ports axis height: 1070 mm
Pass-through inside dimensions:
L.365 x H.250 x D.200 mm
CEB 2R weight with the bins and lead
lined refrigerator options: 980 kg
Electrical needs:
Socket 220 V / 16 A / 50 Hz
Maximum activity for an external dose
rate limited to 25µSv/h at a distance of
5 cm from the shielding, source located
at the centre of the work area
Radionuclides
CEB2R represented with options.
Tc 99m*
TI 201*
I 123
In 111
Ga 67
Cr 51
I 131
Activité maximale 1
GBq
mCi
74
74
7
3,50
3
6,70
0,30
2000
2000
190
95
80
180
8
* For these radionuclides, the shielding is designed
to be sufficient for the maximum amounts of activity
encountered in normal use.
32
- Solid and non porous material, CORIAN® is engineered to withstand most of the chemical products. Its easy maintenance ensures the hygiene and the sterility of the surfaces.
- CORIAN® keeps its good looks longer because the solid beauty of CORIAN® goes all the way through. If necessary,
CORIAN® can be repaired and restored to its original immaculate appearance.This makes CORIAN® a sensible
investment for long-term value.
- The DuPont Quality Network guarantee is a pledge of quality assurance and service after sale.That means peace
of mind for you.
Nuclear medicine
Équipement standard
• The inside finish of the work area is made of anti-bacteriological CORIAN®, hygienic material that can be very easily
decontaminated.
• The outside finish of the work area of the box can be very easily decontaminated (white decontaminable coating).
• Biological protection of 6 mm of lead on each side of the work area.
• The outside and inside finish of the lower part of the cell can be easily decontaminated (white decontaminable coating).
• Lateral pass-through shielded 6 mm of lead on the right side, integrated in the box with its lateral outside door (with key lock)
made of 16 mm thick lead glass that allows a complete visibility inside the pass-through.
• 2 glove ports with sliding shutters shielded with 10 mm of lead: while using the box, the operator is then protected by 16 mm
of lead at the abdomen level.
• A 16 mm thick lead glass vision window that can be opened (with key lock) to facilitate the cleaning operations and the
introduction of material inside the box. Thanks to its 30° inclination, it allows a total visibility of the work space.
• A shielded safe for one generator with an electric elevator for source: shielded with 40 mm of lead on 4 sides + 45 mm
on the front door (with key lock). As standard, it can contain CIS Bio or Mallinckrodt generators (or on request, Nordion,
Amersham, etc.). This generator is placed on an electric elevator which is controlled from the control panel. The work
area has a shielded hatch that allows the access to the generator and which, when it is closed, is completely integrated
in the worktop.
• Location for the well chamber: a safe with an access on the front of the box for the integration of the ionisation chamber
of the dose calibrator. A hole with a diameter of 72 mm in the worktop allows the access in the well for the sample holder.
• Independent filtration and ventilation system: the box has a HEPA filtration at the inlet and active charcoal and aerosol
filters at the outlet. An extraction group (measure done at the ventilator outlet 120 m3/h, 1.7 m/s) is situated before the filtration and allows to have a depression inside the cell of 250 Pa. In order to facilitate the maintenance, the whole is placed in a safe situated under the pass-through. Its door (with key lock) is shielded by 3 mm of lead (indeed, the active charcoal
filter is here to trap the radioactive particles, it can then slightly emit radiation).
• A manometer on the control panel allows to check the inside depression of the cell and to control the filtration saturation
level.
• 1 fluorescent 18 W tube.
• 1 UV germicide 15 W tube with adjustable temporizing.
• 2 electric sockets controlled by an outside push button.
• 1 electric socket with adjustable timer for the use of the controlled shielding heating system.
• 1 inside stainless steel shelf to place the syringes, the needles, the lead pots, etc.
• 1 pair of gloves.
Additional equipment
Option 1: integrated bins
The cell can be fitted with a 6 mm lead shielded safe with a shielded frontal door (with key lock) that can receive 2 bins :
- 1 needle bin of capacity 2 liters with stainless steel plate for the unhook of the needles;
- 1 waste bin of capacity 7 liters.
The operator has two direct access caps to these bins from the work space. These stainless steel caps are integrated in the
worktop.
Option 2: lead line safe
The cell can be fitted with a 6 mm lead line safe with a shielded frontal door (with key lock). It has a capacity of 25 liters
and it is provided with 2 adjustable shelves.
Option 3: lateral shielded door
The cell can be fitted with a lateral door on its left side. This 6 mm lead shielded door facilitates the loading of the material
in the cell. It has a key lock and gives a passing-through of 200 mm width and 170 mm height.
Option 4: left side pass-through with frontal access
The cell can be fitted on its left side with a second pass-through 6 mm lead shielded. This pass-through, which has the same
dimensions than the standard one, has a 16 mm thick lead glass door access, situated on the front of the cell. This option
inhibit the option 3 lateral shielded door.
33
Nuclear medicine
Shielded bench
Réf. 020150020
Principle
Designed for handling radioactive material that does not need the added protection of a vented,
shielded glove box, the shielded bench provides an easy decontaminable, shielded work area. The
steel constructed bench includes a movable front shield lead glass window for viewing the working
area. A shielded, 3 shelves, key locked storage safe is integrated under the lower left side of the working
area.
Length: 1000 mm
Width: 785 mm
Working height: 900 mm
Available level of protection:
20 mm Pb - 30 mm Pb
Other configurations available upon request.
Presentation
Top is white, non porous decontaminable
surface.
34
Nuclear medicine
Shielded bench
with sliding screen
Réf. PBEM
Principle
Designed for handling radioactive materials that do not need the added protection of a vented shielded
glove box, the shielded bench provides an easy decontaminable, shielded work area. The biological
protection is given by 15 mm of lead on the work area and by 30 mm of lead with a height of 175 mm
on the front. Equipped with a shielded sliding screen with a 56 mm thick lead glass window, it provides a perfect work ergonomics while protects the operators from ionising rays.
• Easy decontaminable composite work area at 900 mm of height.
• Smooth 20 mm high anti leak barrier around the work surface.
• Rounded 160 mm high back barrier.
• Easy decontaminable frame and screen.
• 45° inclined 380 x 380 mm lead glass wind.
Reference
PBEM 1000
PBEM 1500
PBEM 2000
PBEM 2500
Description
Shielded bench 1 meter length with sliding screen
Shielded bench 1.5 meter length with sliding screen
Shielded bench 2 meters length with sliding screen
Shielded bench 2.5 meters length with sliding screen
Poids (kg)
340
470
610
750
35
Nuclear medicine
Shielded laminar
flow hood
Réf. HFL5
Principle
The shielded laminar flow hood
provides safety and protection
from radiation emmiting isotopes
for the operator and environment
during the delicate procedures
of taging, dissection, evaporation,
etc.
36
Nuclear medicine
Shielded laminar flow hood
Réf. HFL5
The HFL is above alfa Class II safety
cabinet which ensures the triple protection
of the operator, the environment and the
product. But it is also beyond the minimum
level required by international standards,
both pleasant and convenient.
Convenient in use designed for ease of
maintenance, with active protection, the
three factors affecting biological safety,
etc. to the power of 3.
Protection
A class above with even more guarantees.
Uniformity of flow, constant air speed,
efficiency of its filters, speed and flow rate
of its air curtain (protective barrier), proportion of air exhaushed: all these characteristics respond to the international
standards NF X 44-201, NSF 49, DIN 12950,
BS 5726.
In order to cover specific requirements, the
HFL 5 exists in certified versions having
been subjected to examination by the respective official organisations:
• NF model
French standard NF X 44-201, NF label
• GS model
German standard DIN 12950 Teil 10.
• BS model
British standard BS 5726.
Because you can never do too much when
it comes to safety the HFL 5 incorporates
numerous additional assets. The risk of
contaminants escaping from the plenum
(over-pressure chamber) is eliminated:
this compartment is entirely surrounded by
zones of negative pressure.
• Filter blockage. To maintain a correct
flow rate and proportion of exhausted air,
it is necessary to increase the speed of the
blower. With the HFL 5, no human intervention is required because it permanently
auto-regulates the speed.
• The air barrier can fulfil its role as protector. An arm rest frees the passage of air
by lifting the sleeves of the operator above
the intake slots.
• The height of the frontal intake is fixed.
Excessive opening, which would destroy
the protective air barrier is impossible.
The window is perfectly airlight its seal is
correctly compressed along its length and
is never subjected to friction.
The cabinet cannot be used in error at half
speed: in the standby position the lighting
is automatically extinguished.
No danger or burning by ultraviolet rays:
they are available when the front enclosure is in place and the main lighting is
extinguished.
Maintenance
A clean conception to optimise decontamination. Smooth surfaces, easily accessible
and without crevices: the working surface
of the HFL 5 has been designed to allow
complete decontamination.
The single piece U formed chamber has
rounded corners and is without soldering.
Its epoxy coating resists abrasion and
disinfectants.
Spillages are retained by the non-segmented
work surface : no need for a drain, which
would act as a site for contamination.
To clean the space beneath the work surface, simply lift the panel without removing it from the cabinet and rest it on its
strut. Even the inside of the window is
easy to clean when swung fully open.
Essential monitoring of the cabinet facilated by the presence of the DOP test outlet
fitted as standard.
Filter exchange can be carried out in
record time: simultaneous access to the
two filters is from the front panel.
In addition, the control and lighting electronics, situated in a non-contaminated
zone, is easily accessible from the outside.
dable and requiring no adjustments.
And finally convenient to install: cramped
passages, elevators, airlocks are no longer a headache!
The minimal depth of the HFL 5 permits it
to pass everywhere (78 cm or with electronic panel dismounted: 73.5 cm).
Handling is safe and simple : fitting points
for lifting handles (Cat. N° 89000547) are
built-in as standard.
Options and accessories
• Support stand height 70 cm (height of
work-bench = 80 cm).
• Front enclosure : very lightweight, rapidly
fitted thanks to magnets and slides away
into its support during work periods.
• Front enclosure fitted with germicidal
UV lamp.
• Gas tap for a Bunsen burner.
• Vacuum valve with progressive tightening.
• Two 16 A earthed electric sockets with protective panel.
Spécifications
External dimensions:
L.1375 x H.2600 x D.790 mm
Internal dimensions:
L.1190 x H.600 x D.600 mm
Poids (HFL5): 790 kg
Power requirements: 700 W
Shielding
• 5 mm of lead 6 faces with frontal sliding
5 mm equivalent lead glass screen.
• Active charcoal filtering system.
Convenience
Comfort and reassurrance.
It can never be over-stated: when we feel
at ease we work better and more safety.
The HFL 5 has everything to please those
who must work for long periods, frequently
and who aspire to a justifiable level of
comfort.
Support for the back and arms, assured by
the arm rest, smooth to the touch.
Restful for the eyes thanks to a white interior, without reverberations, combined with
powerful lighting, close to the level of daylight.
Unobitrusive thanks to a more than quiet
noise level.
Practical convenience too, with a very simple control panel, immediately understan-
37
Nuclear medicine
α-β
-
max cell
Réf. 02010029
Principle
The Lemer α-β max cell is designed for safe and easy opening and handling of non sealed α and β
sources as well as to manipulate other volatile radioactive nuclids. The α-β max cell offers protection
from contamination and radiation to the operators and to the environment.
This protection is accomplished throught the exclusive use of acrylic resins and an active charcoal
filter ventilation system. It offers protection up to a maximum beta energy of 2,2 MeV for such ele32
14
32
89
90
90
ments as P, C, S, Sr, Sr, Y.
Technical descrption
The α-β cell is constructed from sturdy
10 mm acrylic resin on all sides, top
and bottom.
Standard equipment
Interior:
- 1.18 W fluorescent light
- 1.15 W germicidal UV light
- 4 plug electrical outlets
- 1 stainless steel tray
Exterior:
- 2 glove ports
- 1 lateral pass through chamber
- 1 side door
- 1 manometer showing the inside
depression and condition of the filters
- 1 HEPA inlet filter
- 1 ventilation system with aerosol and
activated charcoal outlet filter
Dimensions
Intérieur: L.800 x H.680 x P.600 mm
Extérieur: L.1200 x H.1850 x P.650 mm
Options
- Tap for compressed gas
- Tap for vacuum
- Pass through opening accessories
i.e. capilary tubes, electric cables, etc.
3
1
1 - Connexion Ø 160 mm
2 - Ventilation group, aerosol, Hepa and
actif carbon filter
3 - Manometer
4 - Folding acrylic resin glass
5 - Lateral pass trough chamber
6 - Glove ports
7 - Tunable feet
2
4
6
38
5
7
Nuclear medicine
Nuclear medicine bench
with decontaminable work area
Réf. 02150021
Principle
This bench provides an easy to clean
work area that can be equiped with all
the needed accessories to prepare and
measure the injectable doses that do not
have to be prepared in a shielded glove
box. The bench can be fitted with integrated sinks, draws, shelves, storage
cabinets under the working area, and a
shielded waste container with a table top
accessable folding top.
The Lemer nuclear medicine work bench
can be customed fitted to accommodate
your laboratory’s needs.
• Special work surface for easy decontamination.
• Smooth 20 mm high anti leak barrier around the
work surface.
• Rounded 160 mm high back barrier.
• Epoxy coated steel frame.
Dimensions
L.(by request) x H.900 x D.650 mm
Presentation
Top is a white, non-porous surface.
Frame is finished with a grey, washable epoxy coating.
Available options in both 550 mm and 1100 mm widths:
- 4 drawer set
- 3 shelves set
- 3 shelves cabinet set
- sink
- water taps with foot or elbow activation
Under bench furniture
Furniture in white melamine with invisible hinges.
Description
4 drawers cabinet
1 door with 1 shelf* cabinet
1 door under sink* cabinet
3 shelves cabinet
1 drawer 1 door* cabinet
1 drawer and 1 door with shelf* cabinet
1 door with shelf *and 4 drawers on the right cabinet
1 door with shelf* and 4 drawers on the left cabinet
2 doors with shelf* cabinet
Wall cabinets 2 doors with shelf*
Wall cabinets 1 door with shelf*
*Opening way (right or left) to be precised.
Dimensions (mm)
L.550 x H.850 x D.550
L.550 x H.850 x D.500
L.550 x H.850 x D.550
L.550 x H.850 x D.550
L.550 x H.850 x D.550
L.550 x H.850 x D.550
L.1100 x H.850 x D.550
L.1100 x H.850 x D.550
L.1100 x H.850 x D.550
L.1100 x H.640 x D.350
L.550 x H.640 x D.350
References
05.10.0000
05.10.0005
05.10.0010
05.10.0015
05.10.0020
05.10.0021
05.10.0030
05.10.0031
05.10.0040
05.10.0050
05.10.0051
39
Nuclear medicine
Bench top beta shield
Réf. 02060000
Principle
This 10 mm acrylic shield gives
maximum beta radiation protection with an effeciency level
over 99.9 % when using isotopes
such as P32 or Strontium 89.
Horizontal working area
400 x 400 mm
Vertical protection
300 x 400 mm
45° inclined version shield
300 x 400 mm
40
Nuclear medicine
Table top
shield
Ref. HBI
Principle
The clear table top shield protects the head and chest from
radiation during manipulation
of radioactive materials.
Flat protected working area
400 x 400 mm
Vertical solid protected area
300 x 400 mm
Lead glass viewing area on 15° angle
300 x 400 mm
Available protection levels
Référence
Plomb Verre au plomb
HBI 5
5 mm
8 mm
HBI 10
10 mm
24 mm
HBI 20
20 mm
40 mm
HBI 30
30 mm
64 mm
HBI 60
60 mm
104 mm
Energy reference: Cs 137
Presentation
Finished in a washable white epoxy coating
which can be cleaned or decontaminated.
41
Nuclear medicine
Radiation protective
glasses
Réf. 800C
Principle
All Lemer-Claireux protective glasses are made from the finest lead
glass and modern nylon frames available, and have the following features:
• High protection level: the lenses offer a protective level of 0.75 mm
lead equivalency.
• All protective glasses are constructed with large lenses for better visibility. Models with side shields are designed so that the space between the main lens and side shields is kept to a minimum, thus offering better overall protection.
• All Lemer-Claireux lenses have polished edges and are finished with
an anti-glare coating.
• All Lemer-Claireux lead glasses have sturdy nylon frames which are
resistant to breakage and can be easily adjusted to the wearer by
slightly warming the frame and shaping to fit.
• Prescription lenses available.
There are two models of Lemer-Claireux protective glasses available:
• Model 800C with integrated lead glass side shields.
• Model 800N, standard lead glasses without side shields.
42
Nuclear medicine
Protective
floor screen
Réf. PM0 - PM1 - PM2 - PM3 - PM4 - PM5
PM1
PM2
PM3
PM4
PM5
Principle
The Lemer Pax mobile screens providing 2 mm lead protection are realised in flame resistant materials with contemporary design.
The 2 mm lead equivalent lead glass window assure an homogenous protection with the lead lined
opaque panel finished with a white pearl durable surface. The entire screens are mounted on heavy
duty steel legs and pivoting ball bearings casters with brakes.
Reference
06100000
06100004
06100014
06100016
06100018
06100019
Dimensions
PM0
PM1
PM2
PM3
PM4
PM5
Front panel
750 * 2000
750 * 2000
800 * 2000
950 * 1170/2000
730 * 2000
750 * 2000
Lead glass
300 * 200
400 * 600
800 * 800
800 * 830
500 * 800
500 * 800
Side protection
250 * 1710
43
New
Nuclear medicine
STOP-X
Lead aprons
Ref. 09ME5025
Wrap around (unisex)
Size
S
Length (cm)
105
M
110
L
115
XL
120
Principle
For nuclear medicine technologist.
Applications
• Lightweight
• Well balanced
• Maximum flexibility
• Stain resistant covering
• 0.35 / 0.50 mm lead equivalency.
Lead equivalency: front 0,50 / back 0,25
Ref. 09CL0001
Adustable support belt
Coloris finition nylon :
bleu marine, bleu clair, vert
Ref. 09DC3500 / 09DC5000
Adjustable weight frontal apron (unisex)
Size
S
M
L
XL
Length (cm)
105
110
115
120
Lead equivalency: 0,35 (O9DC3500) / 0,50 (O9DC5000)
Ref. 09OPRN35 / 09OPRN50
Half apron (unisex)
Size
S
M
Length (cm)
25
30
L
40
XL
45
Gamma shielding values for 0.5 mm
lead equivalency apron:
Radioelements
Attenuation
Cs 131
99.9 %
Cs 57
60 %
I 125
99.5 %
Hg 197
67.7 %
Tc 99m
56 %
TL 201
70 %
Xe 133
45 %
Lead equivalency: 0,35 (O9OPRN35) / 0,50 (O9OPRN50)
Réf. 09PG0001
Gonadal shield
Lead equivalency: 0,50
Réf. 09PT9050
Thyroïd collar
Lead equivalency: 0,50
Réf. 09PT0001
Absorbant protection (/5) for thyroïd collar
44
Description sizes
Statures (cm)
Coat (chest size in cm)
Half-apron (1/2 waist size)
S
164/176
92/100
36/44
M
170/182
100/108
40/48
L
176/188
108/119
44/52
XL
182/194
116/121
48/56
Nuclear medicine
Shielded agitator
Réf. 02030001
Principle
Designed to agitate radioisotope
marked human serum albumin
microspheres. As this solution must
be agitated for long periods of time,
it is not advisable to hold the active
vial in the hands during this procedure.
Vibrating shielded agitator protected with 6 mm of lead. Vortex type movement
providing a whirlpool effect up to 4 mm in amplitude. It has a continously
variable speed up to 2,400 turns/minut.
Mounted on four heavy duty suction cups, the agitator has excellent stability
and movement.
Equipped with an oversized motor for reliability, the unit can be delivered
using 220 V / 50 Hz or 110 V / 60 Hz. It comes with 2 plastic holders; one for
vials of 26 mm diameter, CIS BIO type, and one for vials of 30 mm diameter
of the Mallinkrodt type. Other type holders are available on demand.
The plastic holders are easily adaptable to the driving head and both biological
and radiation protection is provided by a 6 mm thick lead shield that provides
protection to the top of the vial.
Dimensions
Power: 110 V / 230 V / 50 Hz
Length: 172 mm
Width: 134 mm
Height with the shielding protection: 170 mm
Total net weight: 6.7 kg.
45
Nuclear medicine
Thermostatically
controled shielded
heating system
Réf. 02030000
Descriptif technique
Thermostatically controlled with
an accuracy of ± 0.5°C from room
temperature to 160° C.
The heating system works without
water or steam.
The heating system includes a 6 well
aluminium vial holder shielded with
5 mm of lead that can accept, for
example :
- 2 Vials, 26 mm diameter, “CIS BIO
International” type 2 Vials, 23 mm
diameter, “Mallinckrodt” type 2
Vials, 25 mm diameter,“Cardiolite”
type.
The vial holder has a deep opening
to insert a Digital heating control
thermometer.
Presentation
White decontaminable epoxy coated
steel.
Principle
The Lemer Pax controlled shielded heating system is specially designed to prepare the radiopharmaceutical penicillin type vials used
in “Cardiolite”, “Mag 3”and other tagged colloïdal type kits and all
radiopharmaceuticals that need to be heated up to 160° C.
46
Dimensions
L.160 x H.90 x D.230 mm
Power: 150 W / 230 V / 50 Hz
Nuclear medicine
Lead lined refrigerator
Réf. STB-R
Principle
The lead lined safe allows the storage of radioactive
sources for decaying or future use. The refrigerator
allows the storage of radiopharmaceuticales and
tagged biological materials.
Total capacity of the refrigerator: 155 liters
Power: 110 / 220 V
Height: 1000 (including tunable feets)
Width: 660 mm
Depth: 760 mm
Total weight: 470 kg
Construction: steel and lead sandwich.
Held closed with a magnetic seal on the door.
Presentation
Finished white with a decontaminable epoxy coating.
Lead lined safe
Principle
Identical model without refrigerator (the refrigerator
is replaced by inside shelves).
Réf. STB
Total capacity: 400 liters
Height: 1,000 (including tunable feets)
Width: 660 mm
Depth: 760 mm
Total weight: 435 kg
Construction: steel and lead sandwich.
Shielding: 6 mm of lead on all sides.
Door: shieldied with integral lock for safety.
Presentation
Finished white with a decontaminable epoxy coating.
47
Nuclear medicine
Under bench lead lined
refrigerator
Ref. 02020050
Principle
The under bench lead lined safe allows the storage of
radioactive sources decaying or future use. The refrigerator allows the storage of radio pharmaceuticals
and tagged biological materials. It is designed to be
easily placed under the bench and to optimize the
laboratory surface.
Ref. 02020050
• Total capacity of the refrigerator: 70 liters
• Outside dimensions (not included shielded baffle):
L.630 x H.800 x D.570 mm
• 6 mm lead protection on 6 faces
• Back side lead baffle for cable penetration and ventilation
• Tunable feet
• Safety lock
• Sealed front door
• Total weight: 300 kg
• Power: 220 V / 50 Hz / 16 A
• Finished with white decontaminable epoxy coating
Under bench lead lined
safe without refrigerator
Principle
Identical model without refrigerator; the refrigerator
is replaced by inside shelves.
48
Ref. 02020000
Ref. 02020000
• Total capacity: 200 liters
• Outside dimensions (not included shielded baffle):
L.630 x H.800 x D.570 mm
• 6 mm lead protection on 6 faces
• 4 adjustable shelves
• 4 adjustable feet
• Security locking system
• Sealed front door
• Total weight: 260 kg
• Finished with white decontaminable epoxy coating
Nuclear medicine
Shielded syringe
carrier
Réf. SSC3 / SC3
Principle
The shielded syringe carrier from
Lemer Pax allows safe handling of
the syringes during the different
operations of transfer and storage
in order to protect both the operator
and the environment from the
contamination and exposition of the
isotope radiation.
• 3 mm lead shielding (6 mm on the top)
• European type spring tension latch
• Large movable carrying handle
• Removable stainless steel tray that keeps
the syringes in place
• Easy decontaminable stainless steel finish
Reference
Lead thickness
Inside dimensions (mm)
Outside dimensions (mm)
Weight
SSC3
3 mm
L.190 x H.50 x D.50
L.240 x H.70 x D.97
4.4 kg
SC3
3 mm
L.210 x H.40 x D.80
L.250 x H.60 x D.126
5.6 kg
49
Nuclear medicine
Small shielded safes
Principle
The small shielded safes are designed to
the storage of radioactive sources as
syringes, capsules, vials and standards.
They are equipped with a key lock.
• White decontaminable finish.
• Key locked latch.
• Rubber seal on the opening.
Reference
Lead thickness
Inside dimensions
Outside dimensions
Weight
SS25/200X200
25 mm
L.200 x H.200 x D.200 mm
L.313 x H.320 x D.265 mm
120 kg
SS25/300X300
25 mm
L.300 x H.300 x D.300 mm
L.413 x H.420 x D.365 mm
210 kg
SS25/300X500
25 mm
L.300 x H.500 x D.300 mm
L.400 x H.640 x D.370 mm
325 kg
SS40/300X400
40 mm
L.300 x H.300 x D.400 mm
L.445 x H.530 x D.410 mm
470 kg
SS40/500X575
40 mm
L.500 x H.600 x D.575 mm
L.600 x H.750 x D.600 mm
1100 kg
Other sizes on request.
50
Nuclear medicine
Shielded vial case
Réf.VS5
• 5 mm lead shielding
• Hinged top with spring tension latch and
handle for carrying.
• Inside dimensions: L.223 x H.75 x D.150 mm
• Weight: 9.2 kg
Options
• Lead container for 5 to 15 ml vial.
- Inside height: 63 mm
- Inside diameter: 26 mm
- Lead protection: 10 mm
- Weight: 1 kg
• Plastic inside holder for 10 lead container.
Presentation
• White finish.
• Decontaminable epoxy coating.
51
Nuclear medicine
Shielded containers
Technical
description
• Biological protection
in lead
• Protection from leaks
thanks to o-ring
• Easy decontaminable
white finish
• Glass blasted stainless
steel handle
• Plastic handle on lid
• Screw knob closing
system
Principle
The shielded containers from Lemer Pax allow safe handling of the vials
during the different operations of transfer and storage in order to protect both
the operator and the environment from the contamination and exposition of
the isotope radiation. These containers are perfectly protected from leaks by
design.
The protection against isotope radiation is accomplished through the exclusive
use of lead in order to get outside an extremely low and homogeneous exposition rate during all phases of use.
52
Reference
Inside dimensions
Outside Ø x height
Weight
Lead thickness
CT1035
Ø 35 x 65 mm
Ø 55 x 160 mm
2.2 kg
10 mm
CT1535
Ø 35 x 65 mm
Ø 65 x 175 mm
4 kg
15 mm
CT3035
Ø 35 x 65 mm
Ø 95 x 195 mm
9.4 kg
30 mm
CT4035
Ø 35 x 65 mm
Ø 115 x 215 mm
15.4 kg
40 mm
CT1050
Ø 50 x 110 mm
Ø 70 x 208 mm
4.2 kg
10 mm
CT1550
Ø 50 x 110 mm
Ø 80 x 219 mm
6.7 kg
15 mm
CT3050
Ø 50 x 110 mm
Ø 110 x 244 mm
16 kg
30 mm
CT1060
Ø 60 x 110 mm
Ø 80 x 208 mm
5.1 kg
10 mm
CT1560
Ø 60 x 110 mm
Ø 90 x 219 mm
7.9 kg
15 mm
CT3060
Ø 60 x 110 mm
Ø 120 x 245 mm
17.5 kg
30 mm
Other lead thickness on request.
Nuclear medicine
Lead glass
vial shields
Type PFE / PME / PHE
Principle
The unique design of the Lemer Vial Shields offers maximum visibility and easy of use while giving
optimum isotope storage with minimum exposure to the operator. The specially designed double top
system permits insertion of the needle through a shielded inner top whithout undo exposure to the
operator. Various models are available to accomodate mother solutions from different types of TC 99
generators.
• 360° lead glass protection
• Uper and lower decontaminable stainless
steel protection
• Double top system utilizing friction type
0 rings
• Plastic adapters to accomodate vials from
10 to 30 ml (5 pcs)
Ref: PFE low energy vial shield
Ref: PME medium energy vial shield
Ref: PHE high energy vial shield
Example
PFE: for 10 mCi Tc99m
PME: for 100 mCi Tc99m
PHE: for more than 100 mCi Tc99m
and less than 10 mCi I.131
Dimensions
Reference
02250010
02250011
02250012
Type
PFE
PME
PHE
Height
110 mm
110 mm
110 mm
Ø lead glass
51 mm
61 mm
80 mm
Weight
1340 g
1815 g
2950 g
Manipulation tongs
Principle
The specially shaped tele-tongs are designed for easy
manipulation of vials with minimum risk of contamination or radiation exposure.
Decontaminable stainless steel tong.
Dimensions
Reference
02250030
02250041
02250050
Type
TT250
TT350
TT500
Length
250 mm
350 mm
500 mm
Weight
80 g
100 g
140 g
53
Nuclear medicine
Lead glass vial shield
dispensing station
Réf. SMPF
Principle
The Lemer Pax wall stand is designed to receive the 3
lead glass vial shields (PFE-PME-PHE) in order to eliminate to hold the vial with the hands.
The lower tray can receive small material such as syringe
shields.
The lead glass vial fixing device rotates around an
indexed axis that keeps the lead glass vial upside down in
order to extract the radioactive solution.
It can be fixed to the wall, inside a glove box or simply put
on the top of a bench.
Presentation
Glass blasted finished stainless steel.
• Outside dimensions: L.150 x H.400 x D.140 mm.
• Rotation of the fixing head from 0° to 180° with intermediate index
position at 0° and 180°.
54
Nuclear medicine
Vial shield container
with plastic outside lining
Réf. 02019005
Principle
The Lemer Pax vial shield container protects the operator from dangerous gamma ray exposures and
the radioactive products from hazardous contamination risks.
Those dust speel proof vial shields are specifically dedicated for manipulation in laminar flow hood
and sterile environments.
Biological protection: with 14.5 mm of lead.
White outside dust speel proof lining with 4.5 mm plastic.
Nota. Other protections can be made upon specifications.
Inside Ø
Util height
Biological protection
Overal dimensions
Total weight
27 mm
35 mm
14.5 mm
Ø 65 x H.55 mm
1.3 kg
55
New
Nuclear medicine
Special interventions
shielded container
Réf. CTS105-35
Principle
The Lemer Pax special interventions shielded container allows the confinement of gamma rays emitting nuclides. Shielded with 35 mm of lead and leak proof, it has been specially designed for civilian
security interventions. The effective volume is 1.125 liters (∆ 105 mm x 130 mm). Its stainless steel
tube frame enables this container to be easily carried by two persons as well as to be protected from
external shocks.
- Glass blasted stainless steel frame and body.
- Lid with o-rings and rotating latch closing system.
- Red decontaminable finish lid.
- Foldable and padlokable upper frame that secure the lid on the container body.
- Dimensions: L.730 x H.300 x D.410 mm.
- Total weight: 50 kg.
Special interventions shielded container accessories
PAD-1500 : remote handling tong L.1500 mm.
56
Nuclear medicine
Tungsten syringe
shield
Type WS
Principle
Because of its high capability to inhibit gamma rays, tungsten can provide efficient protection with
less thickness than any other material.
The easy to handle 3 mm thick tungsten syringe holder is tapered at the needle end to provide maximum
venipuncture accuracy. The lead glass viewing panel is 5.2 density and the inside of the holder is
coated white to provide easy reading of the syringe contents.
• Percentage reduction: 99 % for Tc99m.
Reference
Syringes
Protection length
Inside Ø
Weight
WS1
1 cc
75 mm
8.5 mm
76 g
WSLF2
2 cc
52 mm
12 mm
120 g
WSLF2.5
2.5 cc
58 mm
12 mm
135 g
WSLF5
5 cc
65 mm
15 mm
154 g
WSLF10
10 cc
83 mm
18 mm
210 g
57
Nuclear medicine
New design tungsten
syringe shields
Type WISFL
Principle
The Lemer “ISO-SAFE” syringe holder has been specifically designed to provide comfort, easy for
use, and optimum protection for the user. Its unique shape offers an easy to hold feel and maximum
protection in the areas most exposed to radiation. The beveled needle end allows closer placement
of the needle to the arm in order to obtain more accurate venipuncture. This also reduces the risk of
leakage on the patient and operator.
Syringe lock and
release button
Lead glass viewing window
with reduced exposure area
Optimum protection
in regions with most
user contact
Ergonomically designed
cavities for secure holding
Thin profile at skinsurface
for easier venipuncture
• Percentage reduction: 99 % for Tc99m.
58
Refeérence
Syringes
Protection length
Inside Ø
Weight
WISFL 1
1 cc
75 mm
9 mm
140 g
WISFL 2
2 cc
52 mm
11.5 mm
133 g
WISFL 2.5
2.5 cc
58 mm
11.5 mm
141 g
WISFL 3
3 cc
67 mm
11.5 mm
174 g
WISFL 5
5 cc
65 mm
15 mm
220 g
WISFL 10
10 cc
83 mm
18 mm
350 g
Nuclear medicine
High energy isotopes
syringe shields
Type PSHE
Principle
Those syringe shields protect the users from the
high energy gamma emitting nuclides such as
iodine 131 (360 Kev), fluorine 18, oxygen 15,
carbon 11 (511 Kev).
Those virtually unbreakable tungsten shield (6 mm
minimum thickness) are inside lined with a PTFE
plastic tube (1 mm thick) to reduce the gamma
radiation and avoids errant Bermsstrahlung.
Inside Ø
Weight
W thickness
(mm)
75 mm
9 mm
442 g
6,5
98
95
52 mm
12 mm
332 g
6
97
94
2,5 cc
58 mm
12 mm
370 g
6
97
94
PSHE 03
3 cc
67 mm
12 mm
429 g
6
97
94
PSHE 05
5 cc
65 mm
15 mm
529 g
6,5
97
94
PSHE 10
10 cc
83 mm
20 mm
696 g
6
96
91
Reference
Syringes
Protection length
PSHE 01
1 cc
PSHE 02
2 cc
PSHE 2,5
Reduction %
360 Kev 511 Kev
59
Nuclear medicine
Lead glass
syringe shield
Type PSVT
Principle
The Lemer Pax lead glass syringe
shield has been specially designed
to optimize viewing of the syringe
on 360° while protecting the users
from gamma radiation. The barrel
of the shield is optically pure lead
glass.
Simple dose drawing syringe option
PSVT05 and D-PSVT lead glass syringe shield.
Reference
Syringes
Length of
syringe barrel
Ø syringe
barrel
Reduction %
Tc99m
PSVT 1
1 cc
75 mm
9 mm
98 %
PSVT 2
2 cc
52 mm
11,5 mm
98 %
PSVT 2,5
2,5 cc
58 mm
11,5 mm
99 %
PSVT 3
3 cc
67 mm
11,5 mm
99 %
PSVT 5
5 cc
65 mm
15 mm
98 %
PSVT 10
10 cc
83 mm
18 mm
97 %
The needle end is equipped with a
threaded tungsten fitting allowing
as an option, the addition of a
removable tungsten flange.
This protects the users’hands from
the radiation stream when drawing
a dose from a shielded vial.
The plunger side is also protected
by a tungsten band which includes
the syringe lock release button.
• 3mm thick tungsten parts
• 4.5 mm thick 5.2 density lead glass barrel
• Easy and secure syringe lock and release
button
• 360° visibility on the syringe contents and
graduations
• Option: removable 3mm thick tungsten
flange that screws on the syringe shield
barrel
Option: removable tungsten flange
Reference
60
For lead glass syringe shield
Ø of flange
D-PSVT 1
PSVT 1
60 mm
D-PSVT 2-3
PSVT 2 / PSVT 2.5 / PSVT 3
60 mm
D-PSVT 5
PSVT 5
75 mm
D-PSVT 10
PSVT 10
75 mm
New
Nuclear medicine
Patent pending
Tungsten plunger shield
for syringe shield
Principle
To complement the syringe shields (Ref. WSLF or WISLF), the easy slide-on patented design
tungsten plunger shield prevents radiation from leaking out of the back of the syringe shield,
making for safer drawing and injection of doses.
PS Tec 1 is represented with the syringe shield WISFL 1.
Reference
For syringe
Outside
dim. (mm)
Ø D maxi
(mm)
Ø d maxi
(mm)
e maxi (mm)
Weight (g)
PS Tec 1
PS Tec 2-3
PS Tec 5
PS Tec 10
1 cc
2-2.5-3 cc
5 cc
10 cc
Ø 20 x 7.5
Ø 20 x 7.5
Ø 30 x 8
Ø 30 x 8
11
13
19
21
6,5
8
13
13,5
1.75
1.75
2
2
25
24
58
57
e
øD
ød
61
Nuclear medicine
Acrylic beta
syringe shield
Type beta
Principle
The clear acrylic beta syringe shields allow 360°
viewing of the syringe contents while providing
maximum beta ray protection to the user. The
beveled shape and tip gives optimum manœuvrability during vinipuncture.
• Protection by use of acrylic 10 mm thick
• Fast syringe gripping system with push button.
62
Reference
Syringes
Protection length
Inside Ø
Weight
BETA 1
1 cc
75 mm
9 mm
45 g
BETA 2
2 cc
52 mm
11.5 mm
38 g
BETA 2.5
2.5 cc
58 mm
11.5 mm
45 g
BETA 3
3 cc
67 mm
11.5 mm
51 g
BETA 5
5 cc
65 mm
15 mm
55 g
BETA 10
10 cc
83 mm
18 mm
80 g
Nuclear medicine
Counter window for
injectable doses
Réf. GTD02
Principle
This shielded counter window box provides
a safe and easy method to transfer injectable
doses from the preparation area into the
treatment room.
Mounted in the dividing wall between the
two areas with shielded doors on both sides,
it provides a safe methods transfer prepared
radioactive doses.
Inside dimensions: L.515 x H.640 x D.550 mm
Shielding: 2 mm lead
Presentation
White and grey stratified finish.
Nota. In order to manufacture the outside shielded frame
it is necessary to know the thickness of the wall.
Other dimensions on request
External delivery
cabinet
Principle
This shielded delivery cabinet is to provide
safe and secure transfer of radioactive
substances from the nuclear medical
department when the responsible personnel
is not present. Securely mounted either in
the outside or corridor wall, the cabinet is
protected by a mechanical driven locking
system with a “digi-code” access.
It also features a “reciprocity” door system
which prevents both inside and outside
doors from being open at the same time.
Réf. GDL10
Presentation
White and grey.
Decontaminable epoxy coated steel.
Dimensions
Inside dimensions: L.515 x H.640 x D.550 mm.
63
Nuclear medicine
Step action lid shielded
waste container
Principle
The square waste container from Lemer Pax provides safe and convenient storage of radioactive
wastes while protecting the operator from gamma ray exposure. This step action lid container
enables the operator to keep his hands out of exposure. The protection against isotope radiation is
assured by 10 mm of lead which is sandwiched between two steel sheets of white easily decontaminable finish. The lid opening and closing speed are both adjustable by means of an hydraulic regulator. The pedal of the container is balanced to obtain an effortless opening. The container is also
provided with a removable holding bags system. This container is mobile on casters and can be
easily moved by its back handle.
64
Reference
Capacity
Inside useful
dimensions (mm)
Outside overall (mm)
Biological
protection
Weight (kg)
PBC 12
PBC 20
PBC 55
12 liters
20 liters
55 liters
L.200 x H.300 x P.200
L.200 x H.500 x P.200
L.300 x H.600 x P.300
L.355 x H.680 x D.460
L.355 x H.660 x D.680
L.420 x H.790 x D.680
10 mm
10 mm
10 mm
87
125
202
For beta ray protection, please contact us.
Nuclear medicine
Sharps shields
Réf. PRA3
Principle
This lead shielded container is ideal for storing used contaminated sharps. There is a small lid for
quick access to remove the needle and a larger, hinged lid for removal or replacement of the inner
plastic container. The sharps shield is adaptable to various size disposable sharps containers.
Presentation
Easy decontaminable stainless steel
finish.
Inside dimensions
L.200 x H.170 x D.132 mm.
Weight: 12.4 kg
65
Nuclear medicine
Shielded waste
container drum
Type FB
Principle
The Lemer Pax shielded drum permits
you to store radioactive waste in an environmentalist safe container during the
decay time or while awaiting removal.
• Steel drum with barrel top and two sides handles
for moving.
• Assured protection with 6 mm lead shielding all
around.
• Painted inside and out with blue, decontaminable
polyurethane paint.
Available sizes and models
Reference
Capacity
FB 10
10 liters
FB 22
22 liters
FB 30
30 liters
FB 60
60 liters
FB 120
120 liters
Option.
Rolling trolley to move the drums of 60 and
120 liters.
66
Nuclear medicine
Shielded shredder
Réf. BRMED
Tecnical description
• L.660 x H.1470 x D.670 mm
• Weight: 450 kg
• Power: 220 V / 16 A
• Average time per cycle: 5 minutes
• Waste container volume: 15 liters
• Shielding: 15 mm of lead
• Ventilator: 120 m3/h
• Filters: active charcoal, HEPA.
Principle
Lemer presents the shielded bioshred, a nuclear
medecine biomedical waste shredder. The bioshred
is a new innovation in the area of the treatment
and handling of radioactive hazardous biomedical
waste. The bioshred medical waste shredder is a
significant step forward in reducing radiation risk
in the hospital and clinic environment. This new
concept offers a reduction of volume, and easy storage of the principle types of bio nuclear medicine
waste.
The principle of locally handling the treatment of
waste greatly simplifies and reduces the cost of
overall radioactive waste management. Shredding
of all types of nuclear medical waste in one easy
step: this includes plastic, glass, syringe needle,
etc. Decontamination of the waste material by
saturating the waste with a decontaminant spray
throughout each shredding cycle is possible as an
option.
Reduces the risk of infection from punctures and
cuts from infected waste. After processing, the waste
is stored in a solid leak proof container.
Short treatment cycles and ease of use reduce
operator time and energy requirements, thus
reducing costs. Cycle times can be adjusted to suit
specific types of waste. The bioshred is a small,
mobile, easy to handle system that can be placed
in almost any area. The bioshred conforms to all
present and proposed international normes for
safety and is protected by a number of patents.
Numerous safety features protect both operator
and equipment. The bioshred was developped to
solve the ever growing problem of increasing
volumes of medical radioactive waste, as well as
to offer better protection to hospital personel,
patients and visitors. It also offers better protection to the overall environment by decontaminating and reducing the volume of land fill material.
The bioshred offers a simple and effective means
of handling the problem fo nuclear medicine
medical waste.
67
Nuclear medicine
Gas venting system
Réf. 02090000
Principle
The gas and aerosol venting system provides
ventilation by aspiration while a patient is
inhaling and exhaling radioactive elements.
The 3 articulated tubular arms permit fixing
the venting system in any position in an area
up to 2 meters. The active gas is then aspirated through the tubular arms at a rate of
210 m3/h. There is an interruptor command
for the aspirator.
• Ceiling mounted articulated arm for gas and aerosol
aspiration with a 2 meter range of position.
• Tubular arms have a diameter of 75 mm and length of
1 meter and are held in place by a locking clutch
mechanism.
Options:
• Soundproof case extraction ventilator.
• Active charcoal filtration.
68
Nuclear medicine
Decaying tanks
Réf. 02040001
Principle
The patented Lemer decaying tanks are used in nuclear medicine and radiotherapy treatment for
the storage of effluents and radioactive urine during the decay period, for example I 131.
The tanks are equipped with purging, pumping and control systems. There are alarms, both at the
tanks and at the remote control unit.
The capacity is chosen in relation to the needs of the laboratory and are available in sizes from
500 to 12,500 liters.
Remote control graphic touch screen.
Special toilet
Réf. 02070000
Principle
The patented Lemer toilet used in the I 131 therapy room
is specially designed for the separation of urine and fecal
matter.
The radioactive urine is drained to the decaying tanks
while the fecal matter is evacuated through the normal
sewerage system.
The rounded, non-porous surfaces of the toilet are well suited for cleaning and decontamination.
The front is equipped with an anti drop reversed edge.
69
Nuclear medicine
Iridium 192
storage unit
Réf. STSP Ir192
Principle
The Lemer Pax storage unit allows to safely store
Iridium 192 wires while protecting the operators and
the environment from both contamination and isotope radiation. The shielded bench complements the
protection during the wires fractionating and preparation.
Storage unit:
• 4 storing areas of 10 cavities (40 in all) of diameter 20 mm.
Key locked security shielded door.
Biological protection with 50 mm of lead on 6 sides.
Sliding closing caps made of 6 mm thick tungsten in front of
each cavity.
4 hinged sliding doors with key lock.
The inside of the cavities are stainless steel lined.
The cavities are fitted with decontaminable wire-holder with
depth stop.
The 15° inclined front gives an ergonomics workplace.
Shielded bench:
Biological protection of 50 mm lead under the work area and on
the frontal shield.
A 110 mm thick lead glass vision window inclined at 30°.
Easily decontaminable finish (white decontaminable coating).
Fitted on 4 adjustable feet (diameter 120 mm) from 0 to + 50 mm.
Overall dimension and weight:
L.1000 x H.1710 x D.739 mm
Weight: 1200 kg
.
.
.
.
.
.
.
.
.
.
.
.
.
70
Nuclear medicine
TFD neutral
Foaming degreasing detergent
Ref. 02090001
1. Indications
TFD neutral is intended for cleaning any sensitive surfaces and instruments to acidic or alkaline
products. It is compatible with all types of material as aluminum, zinc, plastics, rubber, glass, tungsten.
Cleaning action. TFD Neutral is effective to eliminate any organic or mineral stains.
Decontamination. The sequestrating activity of TFD Neutral allows it to decontaminate the radioactivity materials when alkaline solution is prohibited.
Hardness of water has no effect on TFD Neutral activity.
2. Direction of use
Rapid. Pour out TFD Neutral on the soiled surface. Rub. Rinse abundantly with water.
Normal. Dilute TFD Neutral in hot water (# 50°C) from 3 % to 5 % according to the stains. Immerse
the material for 1 hour at least. Brushing, agitation and ultra-sounds accelerate the activity of the
product. Rinse abundantly with distilled or demineralised water.
Decontamination of radioactivity. Prepare a 4 to 20 % of TFD Neutral solution. Immerse the material
from 4 to 12 hours. Rinse. Verify the efficiency of the decontamination of the surface with a radiometer.
The cleaning and rinsing bath have to be treated as any contaminated solutions.
3. Precautions before use
Through the European legislation, TFD Neutral doesn’t constraint to a particular hazard labeling:
- wash abundantly with water in case of projection;
- do not swallow;
- keep out from the reach of children;
- keep away from freezing.
A security sheet is available.
Characteristics
• Odorless and colorless liquid
• Neutral solution pH=7
• Density 1.04
• Tensio-active agents (anionic and non ionic)
• Sequestrating agents
• Stabilizing agents
Properties
• Cleaning and degreasing detergent
• Radioactivity decontaminant
• Foaming
• Biodegradable > 90 %
INRS and Paris anti-poison centers registered formula.
Packaging 6 x 5 liters per carton.
71
Nuclear medicine
TFD mousse
Foaming detergent for radioactivity
decontamination
Ref. 02090002
1. Indications
TFD Mousse is an aerosol elaborated specially for the radioactivity decontamination of the surfaces
in nuclear medicine applications.
Cleaning action. TFD mousse contains surface agents to get down the hydrophobic radioactive
ionic or non ionic components of their supports.
Decontamination. TFD mousse contains organic and inorganic sequestrating agents to form watersoluble metallic complexes easily eliminated.
Synergetic effects of these components allow treating most of decontamination applications:
- organic elements
Tritium, 14 C
- metals
60 Co, 99mTc
- actinides
239 Pu, 238 Pu
- rare earth
144 Ce, 140 La
- alkalins
137 Cs
TFD mousse is intended for materials that can’t be dipped in decontaminate radioactive solution.
The aerosol packaging allows locating the contamination. The stability of the foam, in horizontal
and vertical surfaces, avoids dissemination of the contamination.
TFD mousse is compatible with many materials: inox, aluminum, zinc, plastics, rubber, glass, tungsten.
2. Direction of use
Shake up the aerosol before use.
Pulverize directly and shortly above the surface to decontaminate.
Just after spraying, wipe off with an absorbent paper.
Verify the efficiency of the decontamination of the surfaces with a radiometer.
In ruguous surface cases, maintain the contact one minute at least.
3. Precautions before use
Extremely inflammable product.
Do not use heat source or inside a hot cell.
A security sheet is available.
Characteristics
• White foam odorless
• Neutral solution pH=7
• Tensio-active agents (anionic and non ionic)
• Sequestrating agents
• Stabilizing agents
72
Properties
• Cleaning and degreasing detergent
• Radioactivity decontaminant
• Foaming
• Biodegradable > 90 %
Nuclear medicine
TFD skin
Soap cream for radioactivity
decontamination
Ref. 02090001
1. Indications
TFD skin is a soap cream which viscosity allows a uniform application on the skin and assures an
easy utilization.
The presence of glycerin in TFD skin involves smoothing and moisturizing skin properties.
TFD skin doesn’t contain any perfume. Nevertheless, the odor of the tensio-active components disappears quickly, after one minute of drying.
TFD skin is an efficient cleaner and decontaminant for the most of the radionuclides. It could be rinsed
easily.
2. Directions for use
TFD skin is elaborated not to flowing or dripping, making it an economical product .
Advice for use:
- wet hands before application;
- apply one dose of TFD skin;
- spread the product by rubbing;
- rinse with running water;
- wipe hands with an absorbent paper.
3. Handling precautions
- Do not swallow.
- Keep out from the reach of children.
- Keep out from freezing.
Characteristics
• White cream.
• Skin softening.
• Non perfumed.
• Principal components : fatty acid, alcalonamids, sequestrating agents, glycerin.
Properties
• Neutral pH=7.
• Lathering.
• Biodegradable.
73
The Lemer group’s 5,000 m2 ultra-modern facility provides a central location where specialist R+D, production
and commercial teams work closely together.
Clients can rely on the technical expertise and experience
of Lemer Pax to ensure that all projects are handled professionally from initial design, through production, installation
and ongoing maintenace support.
Lemer production unit in Carquefou
- X-Ray and radiation protection
- Hot cells & manipulation cells
- Nuclear medicine accessories
- PET LAB environment
- CATH LAB shielding equipment
- Non magnetic MRI accessories & equipment
- Non destructive control cabinet
- Lead free shielding materials (NOVASHIELD ®)
- etc.
Aerial view of Nantes on the Loire
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Angers
Le Mans
Paris
Barcelone
Rennes
L’Er
dre
Vannes
La Baule
Saint-Nazaire
Nantes
centre
Cholet
Poitiers
La Loire
La Loire
Pornic
Edition: january 2006.
Niort

Nuclear medicine - Imaging Equipment

Transcription

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