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NEW high density (6.2) lead glass barrel fitted with the Uni-Lock® design locking mechanism. -
Thin, lightweight and easy to use, the Pro-Tec II is designed to reduce hand exposure for clinicians during preparation and administration of radiopharmaceuticals. -
The Pro-Tec™ III Syringe Shield is designed to reduce hand exposure in clinicians preparing and administering radiopharmaceuticals. -
NEW Unilock® Beta Syringe Shields use the same locking mechanism used in our Unilock® range. -
Designed for administering Yttrium-90, Strontium-89, Phosphorous-32 and other beta emitting radiopharmaceuticals. The lightweight shield is manufactured in acrylic with a thin layer of lead encapsulated in the acrylic. This construction attenuates both beta emissions and Bremstrahlung. -
The best shielding syringe shield for patient injection! No lead glass window to crack or fog, just solid tungsten -
The only syringe shield design that effectively reduces the risk of radiation exposure and blood contamination. -
Tungsten syringe shield with optional viewing glass, shielding thickness is suitable for PET lab operations. -
This shield reduces approximately 90% of radiation exposure from PET isotopes. -
The Pro-Tec™ PET Syringe Shield reduces hand exposure from syringes containing 511 keV radionuclides. The barrel of the shield is constructed of .34″ thick tungsten that attenuates FDG F-18 by 88%. The syringe shield is offered with or without a high density (5.6) flush mounted lead glass window. -
The Gaard Lock™ PET Syringe Shield reduces hand exposure from syringes containing 511 keV radionuclides FDG F-18. The barrel of the shield is constructed of .34″ thick (9 mm) tungsten that attenuates FDG F-18 by 88%. -
The Z-PET Syringe Shield greatly reduces hand exposure from syringes containing 511 keV radionuclides. -
This non-magnetic, Pro-Tec PET/MR Syringe Shield reduces hand exposure from syringes containing 511 keV radionuclides. The barrel of the shield is constructed of .34″ thick tungsten which attenuates FDG F-18 by 88%. The shield is clearly labeled and engraved as MR safe to avoid confusion. -
511KeV tungsten syringe shield for use with PET isotopes. Anti-roll feature. Screwlock mechanism to hold the syringe in place when in use. -
PET-MRI compatible syringe shields. These have been tested and found to be suitable for MRI scanner magnets up to 3 Tesla. -
A complete manual PET draw up and dispensing system customisable for all syringe sizes. -
Stainless Steel construction, full rotation in both axes, with anchor points for both axes to fix a position. -
The PET Syringe Shield magnetically docks with the PET Dispensing Pig to provide a seamless draw up. -
A simple and effective way of manually dispensing PET isotopes. The PET Pot has been designed specifically for drawing a dose out of a shielded vial into one of our Pet Syringe Shields while minimizing finger doses. -
NEW system for administering PET isotopes, this shielded trolley stand allows the transportation from lab to patient for injection. -
Designed to facilitate quick and easy access, the Lead Vial Shield features a tungsten screw top with a magnetic cap. For easy identification, a recessed hole is located on the top of the cap to accommodate a colored label. -
This 6 mm thick tungsten vial shield assures safe shielding of vials containing radioactive liquids. The shield has a removable screw top with a magnetic cap for easy containment of vials. -
Full Tungsten construction, Single hand operation sliding lid, Used in dose drawing. -
Can be mounted on to stainless steel support frames, and accepts dose drawing syringe shields. Made from Tungsten, this Hamilton Vial Heating Shield holds vials the size of 2.65cm in width. -
InMed designed 5mm thick lead syringe pots including re-cappers. These stainless steel pots are specifically designed to house the syringe and the syringe shield whilst providing an light and stable method of transporting doses to patient for injection. -
Standard TC syringe pig, with lead completely encapsulated in high strength ABS polymer. Lead component formed using cold forming process, eliminating all potential flaws. -
Heavy duty Nylon shipping bag and EVA protective foam, can be formed to fit all existing PIGs. -
This Stainless Steel Syringe Carrier is constructed of stainless steel inside and out, completely enclosed lead. -
Shielded Syringe Carriers reduce exposure while storing or transporting radioactive material. -
Tungsten Vial shield, with a custom made tungsten lid capable of receiving needles to pierce the vial septum. -
The PET Dispensing Pig provides a full 3.5 cm of solid tungsten. -
For Shipping Syringes With or Without Needles Attached This Compact PET Shipping System transports one 3 cc or 5 cc dose containing high-energy radionuclides such as FDG F-18. Dose syringes fit into the pig with or without an attached needle. Designed to conserve space and minimize weight, the ship. -
The Compact PET Shipping System for Vial Pigs is designed to transport a 10, 20 or 30 ml vial containing high-energy radionuclides. Designed to conserve space and minimize weight, the entire system weighs only 50 lb. -
InMed’s quality lead lined viewing barriers are constructed from powder coated steel and lead. Unlike most viewing barriers, InMed barriers have shielding in the base as well as the front. -
Small Light weight, shielded L block for quality control processes. -
Custom designed viewing barriers with large viewing areas 360mm x 330mm to allow complete, unobstructed viewing of work areas. Specifically designed to shield against 511 KeV.