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The Optility system is a state-of-the-art Nuclear Medicine Management Software package available in three versions: NMM for Nuclear Medicine imaging facilities that dose patients and perform studies, CPM for commercial pharmacies that dispense prescriptions, and NPM for facilities that perform both operations. It keeps track of all patients, procedures, drugs, inventory and health physics functions with the touch of a few keys. -
InMed Calibration Laboratory has a company QMS accreditation in accordance to AS/NZ 9001-2015.We are capable of calibrating and checking many different items and branded units including x-ray testing devices, radiation detection devices and dose calibrators. -
InMed Calibration Laboratory has a company QMS accreditation in accordance to AS/NZ 9001-2015.We are capable of calibrating and checking many different items and branded units including x-ray testing devices, radiation detection devices and dose calibrators. -
InMed Calibration Laboratory has a company QMS accreditation in accordance to AS/NZ 9001-2015.We are capable of calibrating and checking many different items and branded units. -
At InMed, we have trained staff capable of servicing your dose calibrator in accordance with Australian guidelines. -
The Captus 4000e unit is a comprehensive Nuclear Medicine Measurement System, with specific software modules for thyroid uptake, bioassay, wipe tests, automated quality assurance tests, and isotope library. -
A comprehensive Nuclear Medicine Measurement System, with specific software modules for thyroid uptake, bioassay, wipe tests, automated quality assurance tests, and isotope library. The system includes a fully functional 1024 channel MCA with auto and manual calibration. -
Adds DICOM Modality Worklist (MWL) and DICOM export to the Captus 4000e system. -
Ultra-absorbent Wipe Spot Pads easily absorb any removable contamination for wipe testing. -
After a large scale release of radioactive material, internal contamination due to inhalation is a potential health concern. A critical public health challenge is to provide an initial field screening to rapidly triage and identify individuals with significant amounts of internal contamination. -
NEW Tungsten Syringe Shield with the same popular locking mechanism as the Unilock® I but with the whole of the tungsten barrel being made from tungsten, this gives increased shielding. -
The Unilock® 5 syringe shield replaces the Unilock® I syringe shield.
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Screw lock design using the same tungsten barrel as the Uni-Lock® 4 tungsten syringe shield. -
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%.