The IPU MRI-TSG500 is engineered as MR-conditional, utilizing a specialized, medical-grade PVC frame and non-magnetic components to ensure safety in static magnetic fields up to 3 Tesla. By eliminating all ferrous materials, the gurney eliminates the risk of projectile hazards, a primary concern in high-field MRI environments. This construction compliant with ASTM F2503 standards ensures facility managers can bring the unit into the scan room without damaging the machine or endangering the patient. The non-magnetic casters further ensure that the unit remains securely locked in place during the imaging procedure.

By serving as both a transport gurney and a shower bed, the MRI-TSG500 eliminates the need for manual patient lifting and transfer between different types of equipment, reducing transfer time by approximately 50%. Staff can transfer a patient onto the bed in their room, transport them directly into the shower area, and then directly into the MRI suite, ensuring continuous patient comfort and safety. This integrated approach reduces the physical strain on caregivers, directly lowering the risk of work-related musculoskeletal injuries. Consequently, departments can increase throughput and improve operational efficiency without compromising patient care quality.

The PVC frame is specifically selected for its resistance to corrosion and rust, ensuring long-term structural integrity even with daily exposure to water and harsh medical-grade disinfectants. The waterproof foam pad is engineered to resist moisture absorption, preventing bacterial growth and ensuring a hygienic surface for each patient. These materials are designed to withstand high-volume use in hospital environments, significantly lowering the total cost of ownership through reduced need for premature replacements. Regular sanitization protocols are easily maintained, promoting a clean environment without degradation of the pad or frame components.

With an overall width of 32 inches, the MRI-TSG500 is specifically designed to fit through standard hospital and imaging suite doorways without requiring specialized transport paths or building modifications. The 3-inch locking casters provide a tight turning radius, allowing staff to maneuver the 77-inch long gurney through confined corridors and elevator entries with ease. This design consideration ensures scalability for facilities upgrading their imaging capabilities without incurring costly infrastructure renovations. The secure maneuverability also enhances staff confidence when navigating through busy clinical areas.

Routine maintenance involves checking the 3-inch twin-wheel locking casters for debris and verifying that the locking mechanisms engage securely to maintain stability during patient transfer. Unlike standard casters, these MRI-safe components require inspection to ensure no ferrous material has been introduced through replacement parts or damage. Regular cleaning with appropriate disinfectants ensures that the locking mechanism operates smoothly and remains free of buildup that could compromise its performance. Staff should be trained to perform quick daily checks before bringing the unit into the scan room to guarantee maximum safety.