MRI accessories help create a safer, more comfortable, and more efficient scanning environment. From patient positioning tools to safety signage, these items contribute to clearer results and smoother clinical workflows. Their role is not limited to comfort. Many MRI accessories are used to reduce movement, maintain alignment, and ensure patient safety in a magnet-controlled zone. Proper use of these products can also support imaging accuracy, reducing the need for repeat scans.
Supporting Stability During Scans
MRI positioning cocoons are used to hold patients securely and comfortably throughout the imaging process. They are particularly useful when scanning children, individuals with limited mobility, or patients who experience anxiety in confined spaces. By keeping the patient stable, cocoons help reduce motion artefacts, which can otherwise compromise image quality. Most designs are made from materials that are compatible with the MRI environment and do not interfere with magnetic fields.
Improving Comfort and Alignment
MRI positioning cushions and MRI positioning pads are essential for proper patient alignment. These accessories help keep the body in the required scanning position while supporting pressure points to avoid discomfort during longer procedures. They are commonly used under knees, arms, or the head, depending on the area being scanned. High-density foam and non-metallic materials are standard, ensuring full MRI safety. By improving patient comfort, cushions and pads also help reduce the likelihood of voluntary movement.
Maintaining Safety in MRI Zones
Clear signage is crucial in any MRI department. MRI signs & stickers provide visual reminders of safety rules, helping prevent accidents caused by magnetic interference with metal objects.
These signs are often used to mark access zones, identify non-compatible equipment, or remind staff to check patients for metal items. MRI environments must remain free of ferromagnetic materials, and effective signage is one way to reduce human error.
Safe Transport Within MRI Suites
MRI wheelchairs are designed to be completely non-magnetic. This allows patients to be moved safely within scanning areas without the risk of magnetic interference or physical harm.
Unlike standard wheelchairs, MRI wheelchairs are made from materials such as plastic or aluminium with non-metallic fittings. Their design includes safety restraints and comfort features similar to traditional wheelchairs but tailored for MRI room compliance.
Key Benefits of Using MRI Accessories
Improved safety: Accessories reduce risks linked to magnetic exposure or improper positioning.
Better image quality: Proper support helps avoid motion-related image issues.
Patient comfort: Cushions, cocoons and specialist chairs reduce stress and discomfort.
Workflow efficiency: Accessories help speed up positioning and reduce repeat scans.
Regulatory compliance: Signage and approved equipment ensure adherence to safety protocols.
FAQs
Can MRI positioning cushions be reused?
Yes, most are reusable and can be cleaned between patients. Always follow the manufacturer’s cleaning instructions.
Are MRI signs & stickers customisable?
Some suppliers offer custom signs tailored to specific site needs, including bilingual warnings or branding.
What makes an MRI wheelchair different from a standard one?
MRI wheelchairs contain non ferrous materials and are designed to be completely safe within magnetic zones.
Do MRI cocoons fit all patients?
Most cocoons come in a range of sizes and are adjustable to accommodate different body types.
Why is patient positioning so important in MRI scans?
Accurate positioning reduces scan time, improves clarity, and minimises the chance of having to repeat scans.
MRI accessories are essential for managing safety, accuracy, and comfort within medical imaging departments. From MRI positioning cocoons to wheelchairs, each item serves a clear function that supports both staff and patients. With the right tools in place, scan quality improves, and the overall process becomes smoother for everyone involved.