Carbon Fiber Shovel Stretcher for Emergence

Product Description

Carbon fiber shovel stretcher
The carbon fiber shovel stretcher developed by our company can be directly applied to medical imaging (X-ray, CT, MRI). In accident rescue, the carbon fiber shovel stretcher can be directly used to transfer injured patients from the rescue site to the in-hospital medical imaging application scene, reducing secondary injuries caused by transferring and moving injured patients before and within the hospital. In emergency rescue and medical transportation, the quality and performance of stretchers are crucial. Traditional stretchers are usually made of metal and plastic, which, while sturdy, are often heavy and cumbersome. With advancements in material science, carbon fiber has emerged as an ideal material for the next generation of stretchers due to its superior properties. This article will detail the advantages of carbon fiber stretchers, their application scenarios, and usage cases, showcasing their importance in emergency rescue.
I. Superior Performance of Carbon Fiber StretchersLightweight and High Strength Carbon fiber is a high-performance fiber made of carbon elements, offering extremely high strength and rigidity while being much lighter than metal. Stretchers made from carbon fiber can provide sufficient support without adding extra weight, thus improving rescue efficiency. For rescuers, the lightweight carbon fiber stretcher significantly reduces physical exertion during patient transport, making the rescue process faster and more efficient.
Corrosion Resistance Stretchers need to withstand various challenging conditions such as exposure to the elements, humidity, and muddy environments. Carbon fiber materials have excellent corrosion resistance, unlike metal, which rusts, or some plastics, which degrade under UV light. This ensures that carbon fiber stretchers maintain stable performance in harsh environments, extending their service life.
Biocompatibility In medical transport, the stretcher comes into direct contact with the patient's skin, making the biocompatibility of the material very important. Carbon fiber materials have good biocompatibility, causing no irritation or allergic reactions. This provides a safer and more comfortable experience for the patient.
Design Flexibility The malleability of carbon fiber allows it to be shaped into various forms and structures to meet different rescue needs. For instance, carbon fiber stretchers can be designed to be foldable for easy carrying and storage, or to have a certain level of flexibility to better protect the patient's body.
II. Application Scenarios of Carbon Fiber StretchersBattlefield Rescue On the battlefield, rescuers need to quickly and safely transport the wounded to a safe area. The lightweight design of carbon fiber stretchers reduces the burden on rescuers and increases the efficiency of battlefield rescues. Additionally, their durability and corrosion resistance ensure reliable performance in harsh battlefield conditions.
Natural Disaster Rescue During natural disasters such as earthquakes, floods, and landslides, rescuers must respond quickly and undertake large-scale patient transfers. The portability and high strength of carbon fiber stretchers make them outstanding in handling various complex terrains and environments during natural disaster responses.
High-Altitude Rescue In high-rise buildings or mountain rescues, rescuers need to carry lightweight equipment to move quickly. The lightweight design of carbon fiber stretchers makes them an ideal choice for high-altitude rescues, providing strong patient support without adding to the rescuers' burden.
Sports Event Medical Care During major sporting events, athletes may be injured and need rapid transport to medical stations. The portability and stability of carbon fiber stretchers allow for the immediate and safe delivery of injured athletes, ensuring timely treatment.
III. Usage Cases of Carbon Fiber StretchersEarthquake Disaster Rescue During an earthquake rescue operation, rescue teams successfully transferred hundreds of injured individuals using carbon fiber stretchers. Due to the complex terrain of the earthquake rubble, traditional stretchers were ineffective, but the lightweight design and high strength of carbon fiber stretchers enabled rescuers to quickly navigate obstacles and safely deliver patients to medical stations.
Mountain Rescue In a high mountain rescue operation, carbon fiber stretchers played a key role. The rescue team needed to traverse steep mountain paths to bring an injured climber down the mountain. The light weight and sturdiness of the carbon fiber stretcher facilitated a smooth rescue, successfully completing the challenging transfer task.
International Sports Event At an international sports event, several athletes were injured during intense competition. The medical team used carbon fiber stretchers to quickly transport the injured athletes to the sidelines for emergency treatment. The lightweight and easy-to-operate carbon fiber stretchers received high praise from the medical team.
Parameter Description

Material	High-performance carbon fiber composite
Weight	Approximately 4.5 kg (9.9 lbs)
Load Capacity	Up to 250 kg (551 lbs)
Dimensions (Unfolded)	Length: 200 cm (78.7 in), Width: 55 cm (21.7 in), Height: 15 cm (5.9 in)
Dimensions (Folded)	Length: 100 cm (39.4 in), Width: 55 cm (21.7 in), Height: 10 cm (3.9 in)
Thickness	3 mm (0.12 in)
Corrosion Resistance	High resistance to corrosion in various environments
Temperature Resistance	Operates efficiently between -40°C to 120°C (-40°F to 248°F)
Biocompatibility	Non-toxic, hypoallergenic, suitable for direct skin contact
Flexibility	Moderate flexibility to accommodate patient comfort
UV Resistance	High resistance to UV degradation
Chemical Resistance	Resistant to common chemicals and solvents
Water Resistance	Waterproof, does not absorb moisture
Maintenance	Easy to clean and disinfect
Design Features	Foldable, portable, ergonomic handles, adjustable straps
Color Options	Available in black, with customizable color accents
Warranty	5-year warranty against manufacturing defects
Certifications	ISO 9001, CE, FDA approved

Carbon fiber stretchers, with their lightweight, high strength, corrosion resistance, biocompatibility, and design flexibility, have become an excellent choice in the field of emergency rescue. Whether in battlefield rescue, natural disaster rescue, high-altitude rescue, or sports event medical care, carbon fiber stretchers demonstrate outstanding performance and reliability. In the future, with continuous advancements in carbon fiber material technology, carbon fiber stretchers will play an even more important role in various fields, providing stronger support for emergency rescue work