Phillips Safety Mobile Leaded Barrier with 36" x 24" Viewing Window for Full-Body Radiation Protection

The Phillips Safety Mobile Leaded Barrier provides a 2.0mm Pb lead equivalency, which exceeds the standard 0.5mm or 1.0mm requirements typically found in secondary protective screens. This higher level of attenuation is compliant with stringent NCRP (National Council on Radiation Protection and Measurements) guidelines for high-dose environments like fluoroscopy and interventional radiology. By utilizing 2.0mm shielding, facility managers ensure maximum protection against primary and secondary scatter radiation. This specific thickness is preferred in clinical settings where staff are in close proximity to the X-ray source for extended periods. Ensuring your facility utilizes 2.0mm Pb barriers helps maintain ALARA (As Low As Reasonably Achievable) safety standards for occupational health.

The expansive 36" x 24" lead glass window significantly improves clinical workflow by providing an unobstructed field of view for patient monitoring during active radiation exposure. Unlike smaller viewing ports, this oversized window allows the technician to maintain visual contact with both the patient and the imaging monitors without shifting their body outside the protected zone. This ergonomic advantage reduces the physical strain on staff and minimizes the risk of accidental exposure during complex procedures. The leaded glass maintains the same 2.0mm Pb protection as the opaque panel, ensuring there is no "weak point" in the radiation defense. High-visibility glass is essential for precision work in catheterization labs and busy surgical suites.

Yes, this mobile leaded barrier is designed with a durable powder-coated steel frame that is fully compatible with hospital-grade disinfectants and infection control protocols. The smooth, non-porous surfaces prevent the accumulation of pathogens and allow for rapid "wipe-down" sanitation between surgical cases. The heavy-duty casters are engineered to be fluid-resistant, ensuring that the mobility of the unit is not compromised by frequent cleaning or floor sterilization. For facilities prioritizing longevity, the powder coating provides a chip-resistant finish that prevents the underlying steel from oxidizing. This makes it an ideal choice for orthopedic surgery and other sterile environments requiring mobile radiation protection.

The Total Cost of Ownership for this 2.0mm mobile barrier is lower over its lifespan due to its industrial-grade construction and superior protection levels. While the initial investment may be higher than 0.5mm barriers, the 2.0mm Pb rating future-proofs the facility against potential changes in radiation safety regulations. The use of high-quality swivel casters and a reinforced steel frame reduces the need for frequent repairs or replacement parts common in lighter, "economy" shields. Furthermore, the enhanced protection reduces the long-term liability risks associated with occupational radiation exposure for staff. Procurement officers find that the durability of Phillips Safety barriers results in a significantly longer service life in high-volume hospitals.

This mobile barrier is designed with a balanced footprint that provides high stability while remaining compact enough to navigate through standard hospital doorways and elevators. The heavy-duty casters allow for 360-degree rotation, enabling the unit to be tucked into corners or against walls when not in use to save valuable floor space. The specific vertical height is optimized to provide full-body coverage for the majority of adult technicians, ensuring comprehensive shielding from head to toe. Before purchase, facility managers should ensure that the floor loading capacity is sufficient for a 2.0mm lead-lined unit, as these are significantly heavier than standard partitions. Its mobility makes it a versatile asset that can be shared between adjacent imaging rooms as needed.