Phillips Safety MRI-Safe Mobile Leaded Aluminum Barrier with 36" x 48" High-Visibility Window

This barrier is specifically engineered with non-ferrous aluminum and specialized hardware to ensure zero magnetic attraction in high-field 3.0T MRI environments. In institutional settings, using a non-ferromagnetic barrier is a critical risk-management step to prevent the "missile effect" associated with steel-framed equipment. The aluminum chassis ensures the unit will not be pulled toward the magnet bore, maintaining a safe workspace for both staff and patients. This design also prevents electronic interference that can lead to image artifacts or signal degradation during sensitive diagnostic scans. Procurement officers can verify that this unit meets the stringent safety requirements for Zone IV MRI suites.

The 1.6mm (1/16") Pb equivalency provided by the leaded glass window is the industry standard for secondary radiation protection in diagnostic imaging. This level of attenuation is specifically rated to protect personnel from scatter radiation during X-ray, CT, and fluoroscopic procedures typically conducted in hybrid MRI environments. For safety officers, this ensures that the barrier meets ALARA (As Low As Reasonably Achievable) standards by providing a high-density protective curtain. The large 36" x 48" window allows for a comprehensive field of view without any "shielding gaps" between the glass and the aluminum frame. It is the ideal specification for facilities requiring both maximum visibility and standardized radiological protection.

The medical-grade swivel casters are designed for low-maintenance operation and utilize sealed bearings to prevent the accumulation of dust and floor debris. In a busy hospital setting, these casters provide the durability needed for frequent repositioning between imaging bays without marring or damaging specialized floor coatings. The dual-lock mechanism is built for high-cycle use, ensuring the barrier remains securely anchored during critical patient monitoring. To maintain peak performance, facility managers should periodically inspect the locks for tension and clean the caster wheels with standard non-corrosive disinfectants. This heavy-duty wheel system significantly lowers the total cost of ownership (TCO) by reducing the need for component replacement.

The barrier features an industrial-grade powder coating that is specifically formulated to withstand aggressive medical sterilization agents, including bleach and hydrogen peroxide solutions. This finish prevents the aluminum frame from oxidizing or pitting when exposed to the corrosive chemicals required for daily infection control. In institutional environments where pathogen management is a priority, the smooth, non-porous surface of the barrier facilitates a rapid and thorough wipe-down process. This durability ensures the unit maintains its professional appearance and structural integrity even after years of use in high-acuity zones. Furthermore, the leaded glass can be cleaned with standard glass cleaners without fogging or losing optical clarity.

Due to the 36" x 48" glass dimensions and the overall width of nearly 40 inches, this barrier is shipped in a reinforced vertical crate via LTL freight to prevent breakage. It is essential for facility managers to ensure that the delivery route from the loading dock to the intended MRI suite can accommodate the crate's dimensions and weight. Once uncrated, the barrier is designed for immediate use, requiring only minimal final assembly such as caster attachment in some configurations. Each shipment includes detailed documentation to assist clinical engineers in verifying the non-ferromagnetic properties before the unit enters the magnet room. This professional logistics approach minimizes the risk of transit damage and ensures the equipment is clinical-ready upon arrival.