Movable Shielding Lead Barrier X-ray Shielding Lead Screen Protection

Hospital X-Ray Protective Movable Lead Screen Radiation Mobile X-ray Protection Lead Barrier

X-ray protection Lead screen is mainly used to the radial protection and shielding protection. It is equipped with 4 casters. and lead screen including: single couplet lead screen, double couplet lead screen, the size of the single couplet lead screen usually is1800mm x900mm, the size of the double couplet lead screen always is 1800 x (800 +400)mm, they all with a 240mm x204mm lead glass sight window, The surrounding of the lead window can be sealed by adhesive plasters, so that to fix it firm. We also supply the rise and falling lead screen, the upper protective plate can be put up and down according to the requirement.

When moveable shielding is required, Radiation Protection Products has cost-effective, movable x-ray barriers available for your specifications, and can produce them expediently to meet your deadlines. We can custom manufacture an x-ray barrier to meet your design specifications. Our movable, full-body barriers for protection against radiation are available in several heights and widths. These medium duty barriers are made of steel and have a white powder coat finish.  Specifically designed for shielding in confined spaces and areas with smaller footprints. 

Movable Shielding Lead Barrier/Lead Screen Specification:

Lead screen is a device used to block rays, mainly made of lead material, with a high density and the ability to absorb rays. lt is widely used in the field of medical imaging to protect health care workers and patients from radiation. In the medical imaging process, such as x-ray, CT scan, nuclear magnetic resonance, etc., will produce a large number of ray radiation. These rays have a certain damaging effect on human tissues, so measures need to be taken to reduce the effects of radiation.
Lead screens are one of the common protective devices. Lead screens are often placed around medical imaging equipment, such as X-ray machines, ct machines, etc. It can effectively absorb and b ock rays. reducing the impact of radiation on the surrounding environment and the human body. The design of the lead screen usually takes into account the propagation path and radiation range of the ray to minimize the leakage of radiation. In clinica applications, lead screens are mainly used to protect medica staff and patients. When medical personnel perform medical imaging operations, they need to be exposed to rays for a long time and are susceptible to radiation. Patients also need to avoid excessive radiation exposure when they are examined. The use of lead screens can effectively reduce the risk of radiation damage to them.