MRI Wheelchair FAQs: Everything You Need to Know

MRI Wheelchair FAQs: Everything You Need to Know

Healthcare teams need clear, reliable answers when sourcing equipment for MRI suites. This guide breaks down what an MRI wheelchair is, how it differs from standard models, what to look for in materials and dimensions, typical costs and warranties, and how to keep units compliant and ready for daily use. Throughout, we’ll reference MRI Med as a trusted provider known for MRI-safe mobility solutions, expert support, and dependable fulfillment.

 

What Is an MRI Wheelchair?

An MRI wheelchair is a non-magnetic mobility chair designed for use in and around MRI environments, including Zones III and IV. Its frame, fasteners, bearings, and accessories are made from materials that do not create projectile risk, distort images, or overheat in a strong magnetic field.

 

How MRI wheelchairs differ from standard wheelchairs

  • Materials: Standard wheelchairs often use ferromagnetic steel and components that can be pulled toward the magnet or interfere with imaging. MRI wheelchairs use non-magnetic alternatives throughout.
  • Hardware: Fasteners, axles, and brakes are selected or engineered to avoid ferromagnetism. Even small steel parts can be unsafe in Zone IV.
  • Labeling: MRI wheelchairs carry clear MRI safety markings (e.g., MR Safe or MR Conditional) to indicate where and how they can be used.
  • Design priorities: These chairs prioritize safety in high-field environments, easy decontamination, and visibility of safety labels over features that may include magnetic metals.

Why you need a non-magnetic wheelchair for MRI rooms

  • Safety: Ferromagnetic objects can become dangerous projectiles near the MRI bore. A non-magnetic wheelchair reduces that risk.
  • Image quality: Magnetic and conductive components can distort the magnetic field, producing artifacts and compromising diagnostic value.
  • Compliance: Facilities must follow MRI safety protocols (e.g., ACR zoning and ASTM standards). Non-magnetic wheelchairs support compliance, staff training, and patient throughput.

MRI Med supplies MRI-safe wheelchairs designed specifically to meet these safety and workflow needs, helping teams reduce risk while maintaining patient comfort and movement efficiency.

 

What Materials Are MRI Wheelchairs Made From?

Non-magnetic materials used (titanium, aluminum, plastic)

  • Titanium: Strong, light, and non-magnetic. Common in premium frames and key structural parts. It resists corrosion and stands up well to routine hospital cleaning.
  • Aluminum: Cost-effective, corrosion-resistant, and non-magnetic. Widely used for frames, rims, and handles in MRI-safe builds.
  • Reinforced plastics and composites: Used for armrests, footrests, wheel hubs, and accessory mounts. These reduce weight, eliminate ferromagnetic risk, and clean easily.
  • Brass, bronze, and non-magnetic stainless grades: Sometimes used for bushings, bearings, and fasteners. Only specific grades are appropriate; labeling and manufacturer documentation matter.

MRI Med specifies MRI-safe materials down to the fastener level, and provides documentation to support safety checks and accreditation needs.

 

How material choice impacts safety and image quality

  • Ferromagnetic risk: Even one steel washer can create hazard in Zone IV. Verified non-magnetic parts prevent projectile risks.
  • Heating and current induction: Conductive loops can heat during MRI sequences. Proper material selection and component design minimize this risk.
  • Artifact reduction: Non-magnetic materials prevent distortion of the magnetic field, protecting diagnostic image quality.

 

What Are the Dimensions of an MRI Wheelchair?

Dimensions vary by model and patient population. Most providers offer multiple widths and duty ratings.

  • Common seat widths: 18–20 inches for adult general use
  • Narrow transport models: 16–18 inches for tight corridors and smaller patients
  • Bariatric options: 22–26 inches or wider

Many MRI wheelchairs have an 18- or 20-inch seat width, with bariatric models starting at 22 inches. Always check clearance and door widths in your MRI suite.

 

Standard MRI wheelchair height (Example: “How tall is an MRI wheelchair?”)

  • Seat-to-floor height: Typically 18–20 inches; low-seat options can be 16–17 inches for transfers
  • Back height: Around 16–18 inches for standard backs; higher backs available for support needs
  • Overall push handle height: Often 36–40 inches

A typical MRI wheelchair has an 18–20-inch seat height and an overall handle height around 36–40 inches.

 

Weight capacity ranges for MRI wheelchairs

  • Standard capacity: 250–300 lb
  • Heavy-duty: 350–450 lb
  • Bariatric: 500–700 lb+

MRI Med offers multiple capacities with clear MR safety labeling and load documentation to match patient populations and facility protocols.

 

Are MRI Wheelchairs Adjustable?

Seat height and width options

  • Seat widths: Generally configurable in 2-inch increments
  • Seat height: Selectable low, standard, or high positions to match transfer surfaces and patient needs
  • Footrests and armrests: Swing-away or removable options assist with lateral transfers and scanning prep

 

Customization for patient comfort

  • Cushions: Pressure-relief foam or gel cushions compatible with MRI rooms
  • Backrests: Adjustable tension or contoured backs for posture support
  • Restraints: MRI-safe lap belts and positioning straps
  • Handrim and brake options: Non-magnetic, ergonomic choices for patient and staff usability

MRI Med provides configuration guidance to align adjustability with your patient mix, throughput goals, and MRI safety policies.

 

How Much Does an MRI Wheelchair Cost?

Average price range for MRI-safe wheelchairs

  • Standard MRI transport chairs: Approximately $700–$1,500
  • Full-featured MRI wheelchairs (adjustable with accessories): Approximately $1,500–$3,500
  • Bariatric MRI wheelchairs: Approximately $2,500–$5,000+

Final pricing varies based on materials (e.g., titanium vs aluminum), duty rating, and accessory packages.

 

Factors affecting MRI wheelchair cost

  • Materials: Titanium and composite-heavy designs cost more but reduce weight and improve durability.
  • Capacity rating: Higher weight capacities increase material and engineering costs.
  • Adjustability and accessories: Cushions, leg supports, restraint systems, and storage add to price.
  • Compliance documentation: Thorough MR safety labeling, testing, and documentation can influence cost but streamline accreditation and safety audits.
  • Lead times and vendor support: Faster fulfillment and on-site training resources provide operational value.

MRI Med balances cost with safety, offering models across price tiers and clear documentation for procurement teams.

 

MRI Wheelchair Warranty Information

Typical warranty coverage

  • Frames: Often 3–5 years depending on model and material
  • Components: 1–2 years for wheels, brakes, armrests, and upholstery
  • Workmanship: Coverage against manufacturing defects for a defined period

 

How MRI Med’s warranty compares

MRI Med typically offers competitive frame and parts warranties aligned with hospital use and cleaning protocols. Their support team helps with claims, replacement parts, and documentation—minimizing downtime and ensuring chairs remain compliant. Contact MRI Med for current terms by model.

 

What’s not covered under warranty

  • Normal wear and tear (tires, upholstery abrasion)
  • Damage from improper cleaning chemicals or sterilization methods
  • Unauthorized modifications or non-approved parts
  • Impact damage or use outside labeled MR conditions

 

MRI Wheelchair Safety and Compliance

FDA and ASTM safety standards

  • FDA classification: Wheelchairs are regulated medical devices; MRI-safe models should comply with applicable labeling and quality system requirements.
  • ASTM MRI standards: Look for testing against ASTM standards for MR safety, including labeling as MR Safe or MR Conditional with conditions of use. Manufacturer documentation should specify field strength (e.g., up to 3T), spatial gradient limits, and operational notes.

MRI Med provides clear MR labeling and test documentation, simplifying policy updates and staff training.

 

MRI zone compatibility (Zone IV use)

  • MR Safe: Poses no known hazards in all MRI environments. Many wheelchairs intended for Zone IV carry MR Safe labeling.
  • MR Conditional: Safe under stated conditions (field strength, gradient limits, configuration).

Always verify the label on the device. Do not bring non-labeled equipment into Zone IV. MRI Med’s wheelchairs are clearly labeled for zone compatibility and intended field strengths.

 

Where to Buy MRI Wheelchairs

Purchasing directly from MRI Med

  • Direct purchase: Get guidance on model selection, materials, and accessories for your suite layout and patient mix.
  • Documentation: Receive MR labeling details, IFUs, preventative maintenance checklists, and staff education materials.
  • Fulfillment: MRI Med supports multi-site orders and replenishment planning.

Authorized MRI wheelchair distributors

  • Regional medical equipment distributors: Useful for local service, stocking parts, and quick turnaround.
  • Group purchasing organizations (GPOs): Check contract availability for pricing advantages.

MRI Med works with authorized distributors and can connect you to local partners for demos and service.

 

MRI Wheelchair Maintenance Tips

Cleaning MRI-safe materials

  • Use hospital-approved, non-corrosive cleaners compatible with aluminum, titanium, and plastics.
  • Avoid bleach concentrations or solvent-based products that degrade upholstery and composites.
  • Follow contact times for disinfectants, then rinse as required to protect finishes.
    Wipe labels gently to keep MR safety markings readable.

MRI Med provides cleaning compatibility charts for each model to extend service life.

 

How to check for wear and tear

  • Daily: Inspect tires, brakes, and footrests; confirm no loose fasteners; verify lap belt condition.
  • Weekly: Check wheel bearings, caster forks, and armrest locks; ensure no hidden ferromagnetic replacements were added during repairs.
  • Monthly/Quarterly: Review frame integrity, upholstery stitching, and label legibility; confirm MR safety labels are intact and visible.

Document inspections. Remove any unit from service if labels are missing or damaged, or if any replacement parts’ material is unknown.

 

MRI Wheelchair FAQs (Quick Answers for Featured Snippets)

What is the difference between MRI and non-MRI wheelchairs?

An MRI wheelchair uses non-magnetic materials and clearly marked MR safety labeling, so it’s safe in MRI zones and won’t distort images. Standard wheelchairs contain ferromagnetic parts and are not safe in Zone IV.

 

Can you use a metal wheelchair in an MRI room?

You can use non-magnetic metal wheelchairs (e.g., aluminum or titanium) that are labeled MR Safe or MR Conditional for the intended field strength. Do not bring ferromagnetic steel wheelchairs into Zone IV.

 

How do you know if a wheelchair is MRI-compatible?

Check the MR safety label on the chair and review the manufacturer’s documentation. Look for MR Safe or MR Conditional markings, specified field strengths, and conditions of use. If unlabeled, do not take it into Zone IV.

Conclusion and Next Steps

Choosing the right MRI wheelchair comes down to verified non-magnetic materials, clear MR safety labeling, sizing that matches your patient mix, and support for cleaning and maintenance. Partnering with a specialist like MRI Med helps ensure compliance, reliable availability, and long-term value.

  • Audit your current fleet for labels and materials.
  • Standardize on MR Safe or MR Conditional models with documented testing.
  • Set a preventive maintenance schedule and keep labels legible.

For model recommendations and pricing, contact MRI Med or request a demo through an authorized distributor.

Back to blog