Radiation Protection
NM Shield
Easybox transport carrier facilitates the safe transport of patient doses while optimizing the weight, from the radiopharmaceutical preparation laboratory to the injection cubicles and rooms, but also to the SPECT and PET examination rooms for dynamic imaging examinations. With to its two thicknesses of shielding, 3 mm and 6 mm of lead, this case can transport radioisotopes of various energies such as 99mTc, 111In, 201Tl, 177Lu et 18F, 68Ga, 13N.
Easyview syringe shields are available in a wide and complete range of sizes and shielding (from 2 to 7 mm of tungsten) to offer users an ergonomic and protective solution that is essential during the preparation, transfer and injection of all-energy radiopharmaceutical doses for SPECT and PET activities. The range has been designed to facilitate daily injection and preparation practices in nuclear medicine departments Regardless of the radioisotope to be handled: 99mTc, 111In, 123I, 177Lu, 201Tl, 131I, 18F, 68Ga and the required administration method: direct injection to the patient, connection to a catheter or a 3-way valve, the confortable hold of this syringe shield allows for dexterity, precision and speed of execution of the operation, thus limiting contact time with the radioactive element to a minimum. This range of ergonomic syringe shields meets the highest regulatory standards and is approved for sale on the US market.
The shielded transport and storage containers Posisafe® Type A allows for the safe containment of radioactive sources. It protects operators and the environment from contamination and exposure to alpha, beta, gamma and neutron radiation. Full biological protection of the operator and the environment from contamination and exposition to ionising radiations Two overpack models are proposed to improve radiation protection. Indeed, these overpacks increase the distance factor to the source during package handling operations. A fireproof holding and stability foam guarantees the integrity of the transported radioactive source. This foam absorbs potential shocks of the container with a temperature resistance from -40°C to +70°C. A large locking handle screwed on each model and the lid with an O-ring, ensures the Posisafe® safety and ergonomics. The tight containment of the transported source as well as a good grip and stability of the container are guarenteed. Each model is compatible with our Easypet type fractionating cabinets and our Posijet® preparation and injection unit, capable of receiving multi-dose vials of radiopharmaceuticals.
Local Shield
Casting in moulds or welded containers for lead castings up to 50 tons. Our experience and expertise in casting includes: Uniform casting Compliance with dimensional tolerances Quality control of the material Quality control of the cast product Thermal shrinkage For complex radiation protection parts
Software
MCC-MT is a software package designed for 3D modeling of physical experiments and calculating radiation detector response functions using the Monte Carlo simulation method. It facilitates the simulation of interactions between gamma quanta, electrons, positrons, and materials within an energy range of 1 keV to 10 MeV, and handles transport processes for fast heavy charged particles from 10 keV to 1 GeV. Leveraging multi-threading technology, MCC-MT enhances simulation speed and delivers rapid spectral results without requiring users to have programming knowledge. Its applications include calibrating instruments for ionizing radiation detection, calculating detection limits, and optimizing the design of measurement devices and their shielding.
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