Ref. 02250030
02250041

Manipulation tongs

Principle
The specially shaped Tele-Tongs are designed for easy manipulation of vials with minimum risk of contamination or radiation exposure.

Ref. POSITONG200
Ref. POSITONG300

'Positong' for remote handling
of radioactive sources

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.

Ref. SMPF

Lead glass vial shield dispensing station

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.

Ref. 02019005

Vial shield container
with plastic outside lining

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.

Type WS

Tungsten syringe shield

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 seringe contents.

Type BETA

Acrylic beta syringe shield

Principle
The clear acrylic beta 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.

Type WISLF

New design tungstene
syringe shields

Principle
The Lemer “ISO-SAFE” syringe holder has been specificially 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.

Type PSHE

High energy isotopes
syringe shields

Principle
Those new syringe schields 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 unbreackable tunsten shield (6 mm minimum thickness) are inside lined with a PTFE plastic tube (1 mm thick) that totaly stops the betas rays and awoids errant Bermsstrahlung.

Type PSVT

Lead glass syringe shield

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.

Type PS

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.

Type PS

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%.

Ref. GTD02

Counter window for injectable doses

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.

Type PBS

Shielded waste container

Principle
The movable Lemer Pax shielded waste container provides safe and convenient storage of radioactive waste while protecting the user from both gamma and beta ray exposure.

Ref. SS25 - SS40

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. 

Ref. PBEM 1000 
PBEM 1500 - PBEM 2000 
 PBEM 2500  

Shielded bench with sliding screen

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. 

Ref. CTS105-35

Special intervention shielded container

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 (Ø 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. 

Type PB

Shielded waste container

Principle
The movable Lemer Pax shielded waste container provides safe and convenient storage of radioactive waste while protecting the user from both gamma and beta ray exposure.

Type PBC

Step action lid shielded waste container

Principle
The movable shielded waste container provides safe and convenient storage of radioactive waste while protecting the user from gamma ray exposure. This movable container has a counter balance lid and is as standard lead lined with 6 mm pb but can be upon the needs lined from 2 to 10 mm pb.

Ref. PRA3

Sharps shields

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.

Type FB

Shielded waste container drum

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.

Ref. BRMED

Shielded shredder

Principle
Lemer presents the shielded bioshred, a nuclear medicine biomedical waste shredder and decontaminator.
The bioshred is a new innovation in the area of the treatment and handling of radioactive hazardous biomedical waste.

Ref. 02090000

Gas venting system

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.

Ref. 02040001

Decaying tanks

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 3 000 liters.

Ref. 02070000

Special toilet

Principle
The patented Lemer toilet used in the I 131 therapy room is specially designed for the separation of urine and fecal matter.

Ref. 02090001

TFD Neutral
Foaming degreasing detergent

Indications
FD 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.

No picture
available

Ref. 02090002

TFD Mousse Foaming detergent for
radioactivity decontamination

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 water-soluble metallic complexes easily eliminated

No picture
available

Ref. 02090003

TFD Skin Soap cream for radioactivity
decontamination

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.

No picture
available