The lightweight MR Safe amagnetic stretcher BRM 002 is the ideal solution for the safe and comfortable transfer of patients with mobility difficulties within controlled access areas of MRI environments. Designed with a particular focus on safety and efficiency, this stretcher is made from non-metallic, non-magnetic, and non-conductive materials, making it perfectly compatible with any MRI system.

Main Features

• PVC Structure: Durable and lightweight, ensuring long-lasting use.


• Swivel Wheels: Equipped with 4 synthetic material wheels, 2 of which have total lock, for optimal maneuverability.


• Folding Side Rails: Facilitates patient access and stretcher handling.


• Hypoallergenic Polyester Sheet: Class I according to standard 100 OEKO-TEX, ensuring maximum comfort and safety.


• Fire Properties: Compliant with EN 1021-1 and 1021-2 standards, reducing the risk of ignition.

Technical Specifications

The stretcher has the following dimensions and technical characteristics:

• Dimensions: 2000 mm x 924 mm x 860 mm (L x W x H)


• Weight: 28 kg


• Height to Sheet: 733 mm


• Usable Width at Shoulders: 649 mm


• Suitable for Patients with Max Height: 1900 mm


• Safe Working Load (SWL): 150 kg


• Marking: MR SAFE

Usage and Safety

The lightweight MR Safe amagnetic stretcher is intended exclusively for use by specifically trained personnel to operate in MRI environments. Its design takes into account the safety and comfort needs of the patient, making it an essential element for healthcare facilities operating in this sector.

Advantages of Using the BRM 002 Stretcher

• Compatibility: Ideal for use in MRI environments, with no risk of magnetic interference.


• Ease of Maneuvering: The swivel wheels and lightweight design allow for easy movement.


• Patient Comfort: Hypoallergenic materials and ergonomic design for a comfortable transport experience.

Choose the lightweight MR Safe amagnetic stretcher BRM 002 to ensure a safe and comfortable transfer of your patients in MRI environments. The quality of materials and careful design make it a safe investment for any healthcare facility.