Anping Carbon Fibre Scoop Stretcher with Head Immobiliser

Product Description

Description

Folding Adjustable  Carbon Fibre Scoop Stretcher with Head Immobilizer

The concave shape accommodates the patient, giving more body contact points compared with a spine board. It allows a patient to be immobilized on any type of ground with just two operators.

The scoop stretcher can be adapted to any patient, with scoop length adjustable up to a maximum of 2010 mm.  It can be stored in an ambulance with minimal footprint.

The outside handle rail is textured for secure grip when carrying a patient.

Features:

Lightweight: 3.95kgs (4.39kg with head immobiliser)

High Capacity (Load Capacity:250kgs)

Foldable for convenient and compact carry.

Adjustable length up to  2010 mm.

Easy to sanitise;

High stiffness and strength, Stronger than Steel and Plastic;

Exceptional durability – carbon fibre has superior fatigue properties compared to metal, meaning components made of carbon fibre won’t wear out as quickly under the stress of constant use;

Corrosion resistance –  carbon fibre is one of the most corrosion-resistant materials available;

X-ray and MRI translucent.

Carbon Fiber Scoop Stretcher

Carbon Fiber Scoop Stretcher is a medical transport device used to evacuate and stretcher transport injured individuals, particularly those with suspected spinal injuries. It is characterized by its construction using lightweight yet durable carbon fiber materials. The scoop structure design allows it to be split into two parts, with each section placed on either side of the patient, minimizing movement and reducing the risk of exacerbating potential spinal injuries during transfer. This type of emergency stretcher is commonly used in emergency medical services, hospitals, and rescue operations where the quick and safe immobilization of patients is crucial. The carbon fiber construction provides strength and rigidity while keeping the stretcher lightweight for ease of use and portability.

Features

1. Lightweight Construction: Utilizes carbon fiber, a high-strength and lightweight material, reducing the overall weight of the stretcher for easier handling and transportation.
2. Durable and Rigid: The carbon fiber material provides durability and rigidity, ensuring the stretcher maintains structural integrity during patient transfer.
3. Scoop Design: The stretcher can be split into two parts, resembling a “scoop.” This design allows for easy placement and removal without requiring the patient to be lifted, reducing the risk of further injury, especially in suspected spinal cases.
4. Quick Immobilization: Enables rapid and efficient immobilization of patients, particularly those with potential spinal injuries, minimizing movement during transfer for enhanced safety.
5. Radiolucent: Many carbon fiber materials are radiolucent, meaning they do not interfere with X-rays. This allows medical professionals to perform imaging without the need to remove the patient from the stretcher.
6. Versatility: Suitable for a variety of emergency situations, including accident scenes, rescue operations, and hospital transfers, enhancing its versatility in different medical settings.
7. Easy to Clean: The non-porous nature of carbon fiber makes it easy to clean and disinfect, promoting infection control in medical environments.
8. Secure Patient Restraints: Equipped with secure straps or restraints to ensure the patient is safely secured during transportation, preventing unnecessary movement.

Specification