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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.