Carbon fiber can be used to make various medical devices.
Carbon fiber is a new structural material with a carbon content exceeding 90%. In practical applications, it is usually combined with resin and other matrix materials to form carbon fiber composite materials. Carbon fiber composite materials are increasingly widely used in the field of medical devices. In this article, we will understand the advantages of carbon fiber medical devices.
Carbon fiber materials have excellent X-ray transparency, which ensures accurate penetration of X-rays through the human body. After multiple conversions, they present clear patterns on the screen, such as carbon fiber DR flat panel detectors: DR flat panel detectors are multifunctional high-resolution X-ray flat panel imaging devices, enabling doctors to make accurate judgments based on the images.
Carbon fiber prostheses: Carbon fiber composite materials have high fatigue resistance, flexibility, and good biocompatibility, making them more suitable for the production of prostheses for disabled patients compared to other structural materials. Carbon fiber prostheses are lightweight, avoiding excessive burden on users, thus being more convenient.
Carbon fiber stretchers: Professional ambulance stretchers typically adopt a folding design. The main body of the stretcher requires strong load-bearing properties. The specific strength and specific stiffness of carbon fiber materials are superior to most structural materials, highlighting outstanding load-bearing performance. In cases of a few fiber breakages, the load will quickly distribute to the unbroken fibers, preventing damage in a short period. Additionally, carbon fiber stretchers are very light and easy to carry.
