Carbon fiber is a new type of fiber material with high strength and high modulus fibers with a carbon content of over 90%. In addition to superior mechanical properties, it also has other special properties, such as good X-ray transmittance, biocompatibility, high temperature and low temperature resistance, corrosion resistance, and electrical and thermal conductivity. Due to its various characteristics, carbon fiber and its composite materials are increasingly widely used in the field of medical devices.

Application in X-ray detection equipment: The X-ray flat panel detector is a multifunctional high-resolution X-ray flat panel imaging device that requires stable imaging performance and can be used for medical and industrial non-destructive testing. Carbon fiber can conduct microcurrent with high transmittance, which can reduce low voltage and radiation energy to obtain clear imaging. It not only saves energy but also reduces harmful side effects on patients.

Superconducting magnetic components: Magnetic resonance imaging has become a common imaging method and a new type of imaging technology. In order to obtain high magnetic fields, superconducting magnets must be used in magnetic resonance instruments, and superconductivity can only be achieved at extremely low temperatures. The surrounding mechanical components require the use of special materials. And carbon fiber can still maintain good low-temperature performance at extremely low temperatures, so currently well-known nuclear magnetic resonance manufacturers often use carbon fiber composite materials to prepare mechanical components in the low-temperature area of nuclear magnetic resonance.

Medical bed board: Carbon fiber material has good corrosion resistance, and medical residues, blood stains, and alcohol will not affect the panel. Its lightweight characteristics make the medical bed board easy to move, making it easier for medical personnel to adjust the angle. The stability of carbon fiber material and the biocompatibility of the human body make it widely valued in medical devices and biomaterials.

Application of prosthetics: The main function of prosthetics is to support body mass and generate thrust during movement. The materials used to make prosthetics need to have characteristics of light weight, high strength, and the appearance needs to be changed according to the situation. Materials made of carbon fiber composite materials are widely popular due to their ability to achieve multiple effects.

Orthopedic application: Refers to the general term for extracorporeal instruments assembled in the human body, including the limbs and trunk, to prevent and correct deformities in the limbs and trunk, treat bone, joint, and neuromuscular diseases, and compensate for their functions. Orthodontics made of carbon fiber are lightweight, stable, and highly adaptable, capable of storing energy and reducing patient energy consumption.

Wheelchairs: Wheelchairs are important tools for rehabilitation, not only as a means of transportation for people with disabilities, but more importantly, to enable them to exercise and participate in social activities with the help of wheelchairs. There are many types of wheelchairs on the market, but their weight makes them inconvenient to use. The density of carbon fiber composite material is only 1.7g/cm ³, which can reduce weight by 30% compared to aluminum alloy and has high strength. Therefore, carbon fiber reinforced composite material is favored by many wheelchair manufacturers.