• Facilitated evacuation in narrow passages: The structure without rigid frames and the extreme flexibility of the body allow the device to be flexed to overcome bottlenecks, tunnels, and complicated passages.
• High protection and handling rigidity: The appropriate thickness of the HDPE actively resists abrasion against rock or industrial walls, protecting the patient and offering stability during transport.
• Total adaptability to helicopter rescue and vertical recovery: The presence of dedicated slings allows both vertical transport in shafts or tunnels and horizontal winching from helicopters, covering every emergency scenario.
• Rapid localization in dark conditions: The high-visibility reflective indicators integrated on the side handles allow rescuers to instantly identify hand grips even in dark or underground areas.
• Correct and error-proof positioning of the victim: The head/foot identification stickers applied to the body visually guide operators during the initial loading phases, reducing immobilization times.
• Simplified logistics and shoulder transport: The bag equipped with shoulder straps and a side zipper allows the entire system to be stored in small spaces and transported on foot to the intervention site while keeping hands free.
• Flexible execution of medical protocols: The possibility of autonomous use or in combination with spine boards and vacuum or positive pressure mattresses allows the level of immobilization to be configured based on the trauma.

This rollable emergency stretcher in HDPE finds its optimal application in first aid, evacuation, and technical recovery procedures managed by helicopter rescue teams, cave rescue, mountain rescue, fire departments, civil protection, and safety personnel in industrial confined environments. Thanks to the dimensions of 245 x 92 cm, the weight of 7.3 kg, and compliance with medical device regulations, it represents the ideal tool to be used in critical contexts such as shafts, tunnels, tanks, industrial silos, mines, narrow underground passages, and aerial winch recoveries from helicopters, where flexibility and the absence of rigid bulk are fundamental requirements for the safety of the injured person.

The h1046_05 model is the correct choice when the recovery protocol requires a rollable medical device compliant with EU Regulation 2017/745, which allows both vertical lifting in confined spaces and horizontal winching from a helicopter. It proves preferable to rigid basket stretchers or traditional spine boards in operational contexts characterized by extremely narrow or complicated passages, where a rigid frame would prevent turning or transit maneuvers. Choosing this 7.3 kg HDPE module means equipping rescuers with a versatile and durable system, easy to clean and disinfect, which ensures operational continuity thanks to the presence of separately replaceable components and precise dimensional parameters verifiable in the file image_572a63.png.

How does this rollable stretcher differ from a model without double slings during a helicopter rescue or in underground environments?

Basic models for confined environments often only have slings for vertical transport, limiting evacuation in shafts. The rollable stretcher h1046_05 is equipped with both slings for vertical transport in shafts or tunnels and a specific sling for horizontal winching from a helicopter; this double configuration makes it a universal and complete system, also suitable for helicopter rescue and aerial recovery operations in accordance with the technical data in the file image_572a63.png.

Which regulations and medical standards guarantee the use of this rollable device in professional emergency contexts?

The emergency stretcher h1046_05 is entirely designed and manufactured in compliance with the legal and health requirements established by EU Regulation 2017/745 relating to medical devices. This official approval, specified in the technical documentation, certifies that the high-density polyethylene (HDPE) used and the retention systems comply with the safety, biocompatibility, and mechanical resistance standards necessary for field medical rescue operations.