MRI Certified Hospital Wheelchair, Foldable Lightweight Robust Frame, 120KG Load Capacity, Non-Magnetic Medical Mobility Gear for MRI Suites

Product Description:

The MRI-Safe Wheelchair is a professional mobility device equipped with advanced configurations to satisfy distinct demands of patients and medical teams, chiefly in magnet-sensitive clinical areas like MRI scanning suites. Weighing merely 15 kg, it strikes a perfect equilibrium between solid structural strength and portable handling, suiting medical institutions and private users seeking stable, easy-to-maneuver mobility assistance.
Its core advantage lies in full non-ferromagnetic assembly, granting complete MRI compliance. Ordinary wheelchairs contain ferrous parts that disrupt MRI scans; this model is precision-built for hazard-free operation inside MRI chambers. Patients can be moved steadily in and out of scan rooms with zero magnetic disturbance, easing worries for patients and clinical personnel alike.
Supporting a maximum 100 kg load, the MRI-safe wheelchair holds users of varied builds securely and comfortably. Though built light, it never sacrifices toughness or service lifespan, serving reliably for daily assistance and dedicated medical applications.
A collapsible frame stands as another key benefit. It simplifies storage and transit, particularly for compact facilities or scenarios needing rapid relocation. Folding enables tidy stowage inside transport vehicles or narrow storage nooks, boosting practicality for hospitals and frequently traveling individual users.
Detachable cushioned armrests further lift comfort and flexibility. They supply stable padded support for long-duration sitting, while the detachable design lets users or attendants adapt the chair to personal needs—simplifying patient transfers or fitting through narrow gaps.
Fitted with swivel universal casters, the wheelchair delivers agile movement over all floor types. Multi-directional smooth rolling makes navigating ward corridors, patient rooms and cramped spaces effortless. The caster system responds sensitively to pushing motions for safer, more efficient mobility.
Manufactured in China, this MRI-compatible wheelchair unites fine workmanship and innovative tech to match global medical mobility equipment benchmarks. Strict precision production and safety protocol compliance guarantee consistent stable performance under rigorous hospital working conditions.
To conclude, this MRI-safe wheelchair is the perfect mobility answer for patients needing secure, functional support in MRI zones. Lightweight yet sturdy frames, foldable structure, detachable padded armrests and swivel casters combine into a flexible, user-centered aid. Purpose-made MRI compatibility removes magnetic interference risks, enabling uninterrupted patient care and transfer throughout diagnostic scans. Engineered for hospital and home care use, it delivers premium comfort, safety and ease of use to fulfill top-tier modern medical mobility requirements.

Features:

• Product Name: Non Magnetic Wheelchair
• Overall Dimensions: 100 Cm X 65 Cm X 90 Cm
• Seat Width: 45 Cm
• Load Bearing Weight: ≤100kg
• Weight Capacity: 120 Kg
• Package Options: In Piece And In Case Or In Pallet
• Equipped with Non magnetic wheel, ideal for use in MRI rooms
• Specifically designed to be used for MRI room environments

Applications:

The Jovi MRI-Safe Wheelchair (Model 1-cf-009) is custom-built to fit the special demands of hospital premises, mainly for MRI scan operations. Made in China, this chair acts as indispensable gear for medical centers that require full MRI compliance. Entirely constructed from magnet-free raw materials, it can operate securely inside MRI chambers without distorting scan signals or creating safety hazards for patients and clinical staff.
Equipped with swivel universal casters, the Jovi MRI-safe wheelchair moves flexibly over all types of hospital flooring, enabling fast, steady patient conveyance to and from MRI scanners. The 360° rotating wheels let attendants steer effortlessly through narrow aisles and confined spaces, a vital advantage for busy wards prioritizing operational speed and patient comfort.
At merely 15 kg with outer measurements of 100 cm × 65 cm × 90 cm, the chair stays light and space-saving. It can be packed as separate sets inside protective cases or stacked onto shipping pallets to match each hospital’s logistics plans. Manual lock brakes boost security by firmly fixing the chair when parked, stopping unintended sliding during patient transfers or pre-scan waiting periods.
Full MRI certification means this Jovi wheelchair works flawlessly in scan rooms where standard metal wheelchairs are banned over magnetic pull risks. It also fits other hospital zones needing magnet-free apparatus, including dedicated diagnostic bays and surgical prep areas. The whole structure prioritizes patient comfort, safety and simple operation, establishing it as irreplaceable equipment for medical institutions.
In short, the Jovi MRI-Safe Wheelchair serves as a prime option for medical practitioners searching for stable, secure, high-efficiency MRI mobility chairs. Rotatable casters, full MRI compatibility and hand lock brakes deliver flexible, functional performance across numerous clinical tasks. Whether moving patients down ward hallways or adjusting positions inside MRI suites, this wheelchair streamlines workflows and lifts care standards within high-demand medical surroundings.

Customization:

Jovi supplies tailored modification options for Model 1-cf-009 MRI-Safe Wheelchair, engineered exclusively for hospital MRI scan chambers. This MRI-compliant mobility chair adopts exclusive non-ferromagnetic metal construction to guarantee secure, stable performance throughout MRI examinations. Manufactured in China, it measures 100 cm × 65 cm × 90 cm overall and supports a maximum load of 120 kg. Its collapsible frame enables compact stowage and convenient transit, perfectly suiting clinical settings with strict space and maneuverability demands. Adjust specifications of your Jovi MRI-safe wheelchair to match your unique operational requirements within MRI suites.