Phillips Safety MRI-Safe Mobile Leaded Aluminum Barrier with 30" x 48" Viewing Window

Yes, this barrier is constructed entirely from non-ferrous aluminum and specialized hardware to ensure it is MRI-safe and will not react to high-tesla magnetic fields. This non-magnetic design is critical for facility managers who must ensure that all mobile equipment in Zone III and Zone IV environments adheres to strict safety protocols to prevent projectile accidents. The powder-coated aluminum frame provides the necessary structural integrity without the use of steel components that could compromise the safety of the MRI suite. By utilizing these materials, the barrier maintains a high level of radiation protection while remaining inert to magnetic attraction. This makes it an ideal solution for procedures that require clinician presence near the bore during active imaging.

The Phillips Safety MRI-Safe Mobile Barrier provides a uniform 2.0mm Pb lead equivalency across both the viewing window and the lower opaque section. The upper portion utilizes high-density lead glass measuring 30" x 48", while the lower panel is lined with 1.6mm (1/16") lead sheeting to achieve the 2.0mm PbEq protection standard. This high level of attenuation is specifically designed to protect personnel from scatter radiation during specialized diagnostic imaging procedures. Having a consistent 2.0mm PbEq rating across the entire unit simplifies safety audits and ensures that procurement officers are meeting the most stringent institutional protection requirements. This level of shielding is significantly higher than standard 0.5mm barriers, offering an increased safety margin for high-dose environments.

The expansive 30" x 48" lead glass window provides an industry-leading field of view that allows for continuous, unobstructed patient monitoring during sensitive procedures. This large viewing area is essential for maintaining visual contact with the patient, which is a key component of both safety and psychological comfort in the MRI environment. Clinicians can easily observe the patient's status from a protected position, reducing the need to frequently step around the barrier and risk exposure. The optical clarity of the lead glass ensures that there is no distortion, allowing for the precise observation of monitors and patient vitals. This design directly improves operational efficiency by allowing the technician to remain stationary and protected for longer durations.

Despite its robust 250-pound shipping weight, the barrier is designed for effortless maneuverability using four medical-grade swivel locking casters. These high-capacity casters allow for 360-degree rotation, enabling facility staff to navigate the unit through narrow hallways and tight diagnostic suites with minimal physical exertion. Once the barrier is in the desired position, the locking mechanism on the casters ensures it remains stationary and secure, preventing any unintended movement during a procedure. The 33.5" total width allows the unit to pass through standard hospital doors, making it easy to share between adjacent imaging rooms. Its vertical profile is optimized for storage against walls when not in use, maximizing the usable square footage of the facility.

This barrier is built to exceed the rigorous durability and hygiene standards required by VA hospitals, Department of Defense medical facilities, and private healthcare networks. The powder-coated finish on the aluminum frame is highly resistant to corrosion and is specifically formulated to withstand the harsh chemical disinfectants used in terminal cleaning. The smooth, non-porous surfaces prevent the accumulation of bio-contaminants, making it easy for facility managers to maintain high-level disinfection protocols. The reinforced construction ensures that the unit remains stable and functional even in high-use institutional settings where equipment is moved multiple times per day. Investing in this medical-grade barrier provides a high ROI by reducing the frequency of equipment replacement and ensuring long-term compliance with radiation safety audits.