• Minimal Patient Movement: The patented 4-part scoop design separates at the head and foot, allowing it to be slid seamlessly underneath a patient from either side, drastically reducing the risk of aggravating spinal or pelvic injuries.

• Radiolucent Construction: Made from high-impact, medical-grade polymer or aluminum that does not interfere with X-rays or CT scans, enabling continuous spinal immobilization and direct transport to the imaging table.

• Lightweight & Portable: Weighing only a few kilograms, it is easy for a two-person team to carry and deploy rapidly at the scene of an accident, in confined spaces, or for industrial rescue.

• Secure Locking Mechanism: Features sturdy latches that lock the two halves securely together, forming a rigid and stable platform for safe patient transport over short distances.

• Integrated Safety Features: Includes multiple restraint slots for standard 2-inch straps to securely fasten the patient, and ergonomic handles for comfortable carrying.

• Easy to Clean & Maintain: The smooth, non-porous surface can be quickly wiped down and disinfected after use, meeting rigorous hygiene standards for emergency medical equipment.

The ARREX STR 70 Scoop Stretcher has all the features you need for safe and reliable patient transportation. Made from lightweight aluminium alloy, it can be quickly disassembled into two pieces for convenient storage and transport. Its adjustable length supports up to 160kg and its safety belts ensure a secure fit. Enjoy a hassle-free patient transport experience with the ARREX STR 70.

The Scoop Stretcher is an essential piece of equipment for emergency services, designed specifically for lifting patients from the ground with minimal movement to the spine or limbs. Its unique "scooping" mechanism allows responders to safely slide the stretcher underneath a patient from the side, making it indispensable for trauma incidents, spinal injury suspects, and extractions from confined spaces.

Constructed from high-strength, radiolucent materials, it provides rigid support during transport and is compatible with X-ray and MRI procedures, allowing for diagnostic imaging without transferring the patient.