The usage of tungsten collimators in radiotherapy is essential. They are employed in controlling the orientation of a particle or wave beam. A collimator of top quality decreases the amount of scattered radiation and increases sensitivity in radiographs. We manufacture tungsten collimators from our premium-grade tungsten heavy alloys. Radiations are employed in both showing and treating functions in nuclear medicine. In both situations, tungsten alloys provide the best answer for radiation shielding and for collimators. A large amount of harmful X-rays and gamma radiation can be blocked while the thickness of the shielding is significantly reduced due to the excellent radiation attenuation properties of tungsten alloys. Surface debris and dents that can contain bacteria are collected by tungsten alloys, and they are easy to clean and sterilize. This makes them very apt for high-precision fabrication of collimators and radiation shielding used in imaging systems.
One of the most effective devices for reducing the radiation levels on a job site
Increasing the quality of radiography shots by reducing the scattered radiation around the film
Providing safer operating conditions for radiographers
Tungsten alloy material is a more effective shielding material than lead. It is an easy handle and a very effective shielding material
Tungsten collimators play an important role in radiotherapy. They are used to adjust the direction of a beam of particles or waves. A good collimator can help in reducing the scattered radiation, which in turn leads to radiographs with better sensitivity.
Weight: 4.3 lb. 1.93 kg
Dimensions: Length: 3.5 in Diameter: 2 in
Attenuation: Co-60: 0.26 Ir-192: 0.009
Half Value Layers :Ir-192: 6.80 Co-60: 1.90
Beam Size: 60° conical, side throw
Delivery is prompt!
By 10-year industry experts!
Diverse payment methods available!
Unbeatable cost performance!
