IRM1601 Amagnetic Stretcher

The IRM1601 stretcher is a medical device designed for patient transport
and positioning in amagnetic environments, particularly within MRI and
medical imaging departments. Engineered to meet the strict safety
constraints related to magnetic fields, it combines reliability,
maneuverability, and ease of use for healthcare professionals.

Its construction is based on non-ferromagnetic, MRI-compatible
materials, ensuring safe use near imaging equipment without magnetic
interference.

Design and Safety

The IRM1601 is intended for intensive daily hospital use:

High-strength amagnetic structure Smooth, easy-to-clean surfaces
compatible with hospital hygiene protocols Protective side rails
ensuring patient safety during transport IV pole supplied as standard,
enabling infusion during transfer Maximum load capacity: 180 kg

Mobility and Stability

The stretcher is equipped with four medical-grade wheels with individual
brakes, allowing staff to secure positioning precisely according to the
situation. This system provides control, stability, and smooth
maneuverability in corridors, MRI access areas, and technical rooms.

Positioning Function: Trendelenburg (Declive)

The declive (head-down / Trendelenburg) position is a key feature of the
IRM1601. This downward tilt allows rapid adjustment of the patient?s
posture according to clinical or monitoring needs. The tilting mechanism
is designed to be progressive and secure, ensuring smooth adjustment
without sudden movement.

Key Advantages

MRI / amagnetic environment compatibility Integrated declive
(Trendelenburg) position Individual wheel brakes IV pole included
Patient load up to 180 kg User-friendly operation for healthcare staff
Patient comfort and safety during transport

Conclusion

The IRM1601 stretcher is a reliable solution for healthcare facilities
seeking MRI-compatible, robust, and functional equipment. Its amagnetic
design, declive positioning capability, and included accessories make it
perfectly suited to the demands of imaging departments and secure
patient transfers.