Anti-Ferrous Stretcher, Compatible with MRI Suites & Other Magnet-Free Zones, Max Load 240 Kg, Equipped with 3 Adjustable Safety Harnesses

Brand Name Jovi
Model Number 1-cff-09
Product Details
Material Non-magnetic Aluminum Alloy Productname Non Magnetic Stretcher
Wheels No Wheels Surface Non-slip Surface
Cleaning Easy To Clean And Disinfect Max Load 240 Kg
Size 1920 Mm*630 Mm*720 Mm Appplication MRI Room
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Product Description

Product Description:

This Anti-Ferrous Stretcher is core medical apparatus engineered for safe, efficient patient transfer, especially within areas where magnetic disturbance is prohibited. Made of premium anti-ferromagnetic aluminum alloy, it creates zero interference with precision gear like MRI scanners, perfectly meeting the non-magnetic transport demands of hospitals, clinics and emergency medical teams.
A key advantage is its foldable framework, enabling space-saving storage and great portability. Clinical staff can rapidly unfold it for urgent use and collapse it neatly afterward. Its compact folded size fits neatly inside ambulances and other emergency vehicles without occupying excess room.
At a net weight of only 8 kg, it is far lighter than conventional stretchers. This greatly improves handling ease and lessens physical burden for caregivers moving patients. Though ultra-light, its structural engineering delivers solid bearing strength and long-term sturdiness for stable patient support.
Safety lies at the heart of this Anti-Ferrous Transfer Stretcher’s design. Three customizable safety belts firmly hold patients steady during transit. Straps can be freely adjusted to fit all body shapes, securing users snugly without causing discomfort and effectively eliminating risks of sliding or falling mid-transit.
Anti-ferromagnetic aluminum alloy not only safeguards MRI and therapeutic devices from signal disruption but also offers corrosion resistance and extended service lifespan. This material keeps the stretcher stable and simple to maintain even with heavy daily use across diverse clinical scenarios.
To sum up, this Anti-Ferrous Transfer Stretcher integrates practical performance, full safety and convenient operation into vital medical equipment. Foldable build, lightweight frame and adjustable safety harnesses make it adaptable to countless patient-moving tasks. It serves as a steady, high-efficiency solution for MRI ward transfers, emergency rescue and any transit requiring magnet-safe gear.
For medical teams in search of sturdy, user-friendly and risk-free patient transport gear, this stretcher is a worthwhile asset. Premium magnetic-free raw materials and human-centered design satisfy the strict operating standards of contemporary healthcare facilities. Overall, it elevates patient care quality by delivering trustworthy, interference-free and highly workable transfer support relied on by medical crews.


Features:

  • Product Name: Non Magnetic Stretcher
  • Application: Suitable for use in MRI Room
  • Lightweight design with a weight of 8 Kg
  • Bright orange color for high visibility
  • Net Weight: 37.5 Kg for easy portability
  • Maximum Load Capacity: 240 Kg
  • Ideal as a Non Magnetic Portable Stretcher
  • Perfect for safe patient handling as a Non Magnetic Transport Stretcher
  • Designed for medical use as a reliable Non Magnetic Medical Stretcher

Applications:

The Jovi Anti-Ferrous Transfer Stretcher, model 1-cff-09, is vital medical equipment built for secure, efficient patient transport across clinical and emergency scenarios. Manufactured in China, it is constructed from premium anti-ferromagnetic aluminum alloy—ultra-light yet robust, with a net weight of merely 8 kg. Its overall dimensions of 1920 mm × 630 mm × 720 mm comfortably accommodate patients of different physiques while remaining simple to maneuver.
This transfer stretcher excels in zones with zero tolerance for magnetic interference, such as MRI suites, radiology wards and diagnostic imaging centers. The magnet-free aluminum alloy structure prevents disruption to precision scanning devices, perfectly matching hospitals and clinics focused on patient safety and equipment protection.
Beyond in-hospital use, this portable anti-ferrous stretcher performs excellently for emergency missions: ambulance transfers, disaster rescue and field hospital operations. Its lightweight collapsible build enables first aid crews to move casualties rapidly and safely from accident or disaster sites to treatment centers. The high-visibility bright orange body stands out amid busy, chaotic surroundings for fast identification and rapid deployment during time-sensitive emergencies.
Furthermore, the Jovi stretcher supports straightforward cleaning and disinfection, a key factor for upholding strict medical hygiene protocols. The sleek aluminum alloy surface allows medical staff to complete quick, thorough sanitization between uses, lowering risks of cross-contamination and hospital-acquired infections.
In conclusion, the Jovi 1-cff-09 Anti-Ferrous Portable Stretcher is irreplaceable for medical teams needing stable, lightweight, interference-free patient moving gear. It delivers reliable patient safety and user-friendly handling for hospitals, emergency departments, imaging clinics and field rescue sites, with full compatibility for magnet-sensitive medical apparatus.


Customization:

Meet the Jovi Anti-Ferrous Portable Stretcher, Model 1-cff-09, independently designed and produced in China. This anti-ferromagnetic transfer stretcher features overall dimensions of 1920 mm × 630 mm × 720 mm, offering spacious and comfortable room for patients.
Fitted with three adjustable safety straps, it firmly fixes patients to guarantee secure transit. The foldable structure facilitates compact storage and easy carrying, perfectly suited as portable non-magnetic transfer equipment for medical institutions.
Engineered for MRI suites and other magnet-restricted areas, its surface supports effortless cleaning and disinfection to sustain rigorous clinical hygiene requirements. Opt for the Jovi Anti-Ferrous Portable Stretcher to achieve dependable, safe and handy patient transportation within magnet-sensitive medical environments.