Non-Magnetic MRI Transport Stretcher with 1900 mm x 600 mm x 150 mm Dimensions and 200 kg Weight Capacity for Safe Patient Transfer

The MRI-Safe Aluminum Transport Stretcher is a purpose-built patient transfer solution designed exclusively for use inside MRI suites. Its construction begins with a high-strength, aircraft-grade aluminum frame that has been rigorously tested to contain absolutely no ferromagnetic particles. The patient deck is formed from medical-grade composite panels reinforced with fiberglass, eliminating any risk of magnetic attraction, torque, or image artifact in fields up to 3 Tesla.

Every component of this stretcher has been scrutinized for ferrous content. The four swivel casters feature non-magnetic stainless steel bearings and conductive rubber treads that prevent electrostatic discharge – a critical safety feature in oxygen-rich MRI environments. All fasteners, including screws, rivets, and axles, are manufactured from brass or nylon. The push handles are rubberized over a brass core, ensuring that even during aggressive maneuvering, no magnetic interaction occurs.

The radiolucent top deck is a standout feature. Made from carbon-fiber-reinforced polymer with no metal mesh or inserts, it permits portable X-ray imaging while the patient remains strapped to the stretcher. This eliminates the need to transfer the patient between devices for different imaging modalities, reducing both staff workload and patient discomfort. The deck surface is seamless and fluid-proof, allowing for easy disinfection between patients.

With a weight capacity of 400 pounds, this stretcher safely accommodates a wide range of patients, including bariatric individuals. The overall dimensions – 79 inches in length and 26 inches in width – are optimized to pass through standard MRI suite doors and the 70-centimeter bore of most high-field scanners. Four independent locking brakes, each with a visual red/green indicator, ensure the stretcher remains stationary during patient preparation and scanning.

Clinical applications for this stretcher are extensive. It is ideal for emergency department-to-MRI transfers, post-anesthesia care unit (PACU) transports, and routine inpatient imaging. Because the stretcher can go directly into the bore, patients with spinal injuries or post-surgical wounds do not need to be log-rolled onto the scanner table – a significant advantage for trauma protocols. Radiology departments report that using this stretcher reduces total transport time by approximately 30% compared to transferring patients onto a fixed MRI table.

Maintenance is straightforward. All bearings are sealed against fluid ingress, and the caster assemblies can be removed without tools for cleaning or replacement. The manufacturer provides a five-year warranty on the frame and a two-year warranty on moving parts. Optional accessories include a non-magnetic IV pole, an oxygen tank holder, and a patient restraint system with plastic buckles. This stretcher represents the gold standard for safe, efficient, and artifact-free patient transport inside the MRI suite.