Medical equipment

Carbon fiber and its composite materials, due to their excellent mechanical properties and chemical stability; Its biocompatibility with the human body, non-toxic and odorless, high X-ray transmittance, and low loss make it widely valued in medical devices and biomaterials. A 1mm CFPR board has an X-ray transmittance of 96%, scattering and absorption consumption of 4%, and a total consumption of less than 1/5 of aluminum. Fully utilizing its lightweight, high-strength, agile, and special functional properties has become a major field of application for carbon fiber composite materials. Our company independently develops and produces carbon fiber medical equipment products, including shovel stretchers, on-board stretchers, electric wheelchairs, manual wheelchairs, and CT bed boards.

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 medical imaging application site within the hospital, reducing secondary injuries caused by transferring and moving injured patients before and within the hospital.

Carbon fiber electric wheelchair

The biggest feature of carbon fiber electric wheelchairs is that they are much lighter than any metal material. In addition to being lightweight, their main characteristics include high strength, friction resistance, fast thermal conductivity, corrosion resistance, moisture resistance, and good waterproof performance; The total weight of the vehicle is within 14kg, and after folding, it has a small volume that can be placed in the trunk of a car or carried on an airplane.

In addition, we also have various customized medical products such as carbon fiber medical CT bed boards, carbon fiber medical stretchers, carbon fiber CT radiotherapy head holders, carbon fiber Venturi tubes, etc.