12 Kg Anti-Ferrous Wheelchair, 460mm Seat Width, Hand-Operated Brakes, Professional Mobility Solution for Medical Facilities

Product Description:

This Anti-Ferrous Wheelchair is a professional mobility solution customized for scenarios demanding strict magnetic compatibility, foremost hospital MRI suites. Fabricated in China from premium aluminum alloy, it integrates sturdiness, light weight and full non-magnetic performance to deliver safe, smooth operation during MRI examinations. Equipped with a fixed backrest, it delivers steady supportive seating comfort for patients receiving diagnostic scans.
Its core strength lies in full-frame special non-ferromagnetic metal fittings. Regular wheelchairs contain ferrous parts that create hazards and scan distortions under strong magnetic fields; this model eliminates all magnetic interference risks, achieving full MRI compatibility to enable secure, seamless patient transfers inside MRI suites.
The high-grade aluminum alloy frame boasts natural non-magnetic traits alongside outstanding structural rigidity and low overall weight. It strikes an ideal balance between load-bearing stability and flexible steering, simple for medical staff to push through ward hallways and MRI chambers. Aluminum alloy also resists corrosion, sustaining stable long-term performance amid repeated hospital cleaning and disinfection cycles.
The fixed backrest reinforces patient stability and comfort during transit and scanning. It delivers solid ergonomic support to help patients hold still for scan duration, with rigid frame mounting preventing unexpected shifting—critical for patient safety and clear, precise imaging results. Paired with anti-ferromagnetic casters, the whole chair retains full MRI-safe performance at all times.
Purpose-built as an MRI-dedicated hospital wheelchair, it solves unique transport challenges in high-strength magnetic fields. Its non-magnetic wheels roll quietly and smoothly across typical hospital floor materials, minimizing vibration and noise that may agitate patients or disrupt scanning. Zero ferrous wheel components rule out equipment damage and patient safety risks inside MRI rooms.
User-centric design eases operation for clinical staff. The light aluminum frame simplifies maneuvering, and the fixed backrest offers dependable patient support with no extra adjustment steps. Smooth surfaces enable quick sanitization and straightforward maintenance, meeting stringent hospital hygiene standards.
In summary, this Anti-Ferrous Wheelchair is indispensable mobility gear for facilities offering MRI diagnostics. Special non-magnetic metal and anti-ferromagnetic wheels guarantee MRI compatibility and patient safety. The fixed backrest and aluminum alloy build form a robust, stable, lightweight system exclusively engineered for MRI patient transport. Reliable for shuttling patients to and from scanners and supporting them throughout imaging, it meets top-tier design and functional benchmarks for MRI-certified medical devices.

Features:

• Product Name: Non Magnetic Wheelchair
• Non magnetic wheel for safe use in MRI environments
• Seat Depth: 40 Cm
• Seat Size: 460mm
• Lightweight design, weighing only 12 Kg
• Specifically used for MRI room and hospital MRI chair applications
• Origin: China
• Durable and reliable non magnetic wheel construction

Applications:

Customization:

Jovi Model 1-cf-009 Anti-Ferrous Wheelchair is elaborately manufactured with dedicated non-magnetic metal to realize safe operation and full compatibility inside MRI suites. Custom engineered as a hospital-special MRI mobility chair, it adopts a classic style that balances comfort and practical performance.
It features a 50 cm seat height and an ultra-light 12 kg frame for effortless handling and flexible steering. Manual push-to-lock brakes deliver stable holding force to boost patient safety. Made in China, the entire chair is assembled from exclusive non-ferromagnetic materials to eliminate magnetic interference throughout MRI scanning, serving as an optimal piece of specialized gear for medical institutions.