Fixed Backrest MRI-Safe Seating System Max Load Capacity 120 Kg Constructed For

Product Description:

The Anti-Ferrous Wheelchair is a professional mobility support tailor-made for magnetically sensitive spaces including MRI suites. Meticulously crafted, it fulfills distinct demands of patients and clinical staff, delivering secure, steady and cozy transit without damaging diagnostic scanning devices.
A core highlight of the Anti-Ferrous Wheelchair is its build with exclusive non-ferrous alloy. This advanced raw material prevents disruption to magnetic fields emitted by MRI scanners, suiting hospitals and imaging centers in need of magnetically neutral equipment. Distinct from standard wheelchairs built with ferromagnetic alloys, it removes the danger of magnetic pull, a severe safety threat inside MRI chambers.
Beyond its distinctive material makeup, the Anti-Ferrous Wheelchair installs omnidirectional casters for agile rolling across multiple floor types. These wheels enable fluid, labor-free movement, letting patients and attendants navigate corridors, slopes and narrow corners effortlessly. Universal caster structure adapts to typical hospital flooring such as glossy tile and carpet, lifting the chair’s flexibility and practicality further.
The unit has a cushioned 50 cm high seat, sized to fit most users and simplify sitting and standing transfers. This seat height balances comfort and practicality; users sit stably, while helpers keep relaxed postures when offering assistance. The seating zone is carefully shaped to deliver solid back and hip support for extended comfortable use.
Boasting a 120 kg maximum load rating, the Anti-Ferrous Wheelchair serves patients of diverse builds and mobility limitations. Its sturdy yet slim frame weighs merely 12 kg, easy to shift and carry without losing structural toughness or service lifespan. The mix of heavy load tolerance and light body makes it perfect for stationary MRI chamber placement and roaming transit across entire medical campuses.
Safety stands central to the wheelchair’s blueprint. Hand-operated push-lock brakes deliver stable stopping force on demand. The braking system operates intuitively; attendants can lock the chair fast during patient shifts or stationary rest. The push-lock structure latches firmly with minimal effort, boosting security and ease for riders and caregivers.
In summary, the Anti-Ferrous Wheelchair is a well-calibrated mobility answer for MRI suites and other magnetically restricted clinical zones. Its special non-ferrous metal frame erases magnetic interference risks, while omnidirectional wheels and ergonomic layout bring outstanding agility and comfort. Featuring a 50 cm seat height, 120 kg load capacity and 12 kg lightweight frame, it strikes an ideal equilibrium of sturdiness, operability and portability.
Medical institutions seeking stable, secure, magnetically safe mobility aids will regard this Anti-Ferrous Wheelchair as irreplaceable equipment. It elevates patient comfort and safety, and sustains orderly workflow for vital scanning exams by preserving a magnetically hazard-free workspace. Deployed in MRI rooms or other specialist departments, this wheelchair showcases top-tier innovation within clinical mobility hardware.

Features:

• Product Name: Non Magnetic Wheelchair
• Specific Use: Hospital MRI Chair, used for MRI room
• Material: Durable Aluminum Alloy
• Design Style: Traditional
• Weight: Lightweight at 12 Kg
• Equipped with Non magnetic wheel, ideal for use in MRI rooms
• Safe and reliable for patients undergoing MRI scans
• Corrosion-resistant and easy to clean

Applications:

The Jovi 1-cf-009 Anti-Ferrous Wheelchair is custom-built to accommodate patients scheduled for MRI examinations. As a dedicated hospital MRI mobility chair, it is fabricated from exclusive non-ferrous metal to achieve full MRI safety certification. This core attribute permits clinical staff to transfer patients into MRI scan chambers securely, free from magnetic field disruption, establishing it as vital gear for radiology departments.
This Jovi Anti-Ferrous Wheelchair sees its main deployment in hospital radiology divisions. Immobile or assisted patients can rest comfortably for MRI imaging sessions. A 40 cm deep seat delivers sufficient body support for users of different builds, and the fixed back frame maintains steady, secure positioning throughout transit. Lightweight anti-ferrous aluminum alloy build delivers long-term robustness and lets hospital attendants steer the chair with minimal effort.
Apart from MRI suites, model Jovi 1-cf-009 fits other clinical spaces housing magnetically fragile apparatus, such as specialist diagnostic clinics and emergency wards where fast, risk-free patient relocation is key. Anti-ferrous wheel assemblies deliver fluid rolling motion without endangering precision medical instruments, reassuring both patients and care teams.
Furthermore, the wheelchair holds a 100 kg maximum load capacity to suit a broad patient demographic, supporting flexible deployment across hospital workflows. Manufactured in China, the brand adheres to strict quality production norms and delivers budget-friendly mobility solutions to global medical institutions. The Jovi Anti-Ferrous Wheelchair balances practical performance with patient comfort and safety as core design priorities.
For patients undergoing recurring MRI scans or other magnetic-field-based treatments, an anti-ferrous wheelchair such as the Jovi 1-cf-009 is a necessity. It eliminates workflow hold-ups and potential risks by enabling uninterrupted patient transfer, removing the extra step of switching seating before MRI entry. This boosts department operational efficiency and elevates overall patient care quality.

Customization:

Jovi provides bespoke modification services for model 1-cf-009 Anti-Ferrous Wheelchair, tailor-made for hospital MRI suites. This wheelchair adopts a fixed backrest structure paired with manual hand brakes to guarantee secure, comfortable operation. Its 50 cm seat height is engineered for effortless patient transfers. Anti-ferrous wheel construction eliminates magnetic field disturbance throughout scanning sessions, perfectly suited for MRI chamber usage. Produced in China, this wheelchair integrates fine workmanship and professional performance to satisfy stringent clinical operational standards.