Why choose carbon fiber medical plates？
author: Lily
2025-12-15
Carbon fiber composite materials are hailed as the "king of new materials" due to their high strength, low density, and extremely low X-ray absorption rate. They are often used to manufacture carbon fiber medical (bed) boards. The X-ray transmission performance and imaging clarity of carbon fiber medical (bed) boards are excellent. Their strength and rigidity are significantly superior to those of traditional bed boards. They have good biocompatibility with the human body, are non-toxic and odorless, and possess good fire resistance, heat insulation, and corrosion resistance. They play an important role in improving the overall performance of the equipment.
Carbon fiber composite materials are composed of carbon fibers and resin. Carbon fibers are the reinforcing materials, while resin is the matrix material. The medical board needs to have the function of bearing weight. The carbon fiber board serves as the core and is the main load-bearing component. The specific strength and specific stiffness of carbon fiber composite materials are superior to those of most structural materials. The load-bearing performance is outstanding. When a few fibers break, the load will quickly distribute to the unbroken fibers, and no damage will occur within a short period of time. At the same time, carbon fibers also have excellent corrosion resistance, capable of resisting corrosion from alcohol, drugs, blood stains, etc. during the diagnosis and treatment process.
The diagnostic accuracy of medical scanning equipment such as X-ray machines and CT machines is inextricably linked to the X-ray transmission capacity of medical plates. Medical plates with high X-ray transmission rates can reduce radiation doses, thereby reducing radiation harm to patients and medical staff; at the same time, the imaging is clear, ensuring the diagnostic accuracy. The parameter used to measure the X-ray transmission rate of medical plates is the aluminum equivalent. The smaller the aluminum equivalent, the better the X-ray transmission performance. The aluminum equivalent of carbon fiber medical plates is only 11% of that of aluminum plates, and even the aluminum equivalent of carbon fiber foam sandwich panels used as medical bed panels is extremely low. All these ensure the high X-ray transmission rate of carbon fiber medical bed panels.
In addition to transmittance and the supporting strength of the bed board, the medical bed board also needs to take into account its service life. Carbon fiber is a non-metallic material with low electrochemical activity and excellent corrosion resistance. During the diagnosis and treatment process, alcohol, drugs, blood stains, etc. basically will not cause any corrosion damage to the carbon fiber medical board, and it can also meet the sterile medical requirements. Moreover, it can bear a large weight and can be repeatedly subjected to weight-bearing.
In conclusion, the performance advantages of the carbon fiber medical board are quite obvious, and it can play a relatively good role in improving the overall performance of medical devices. With the development of carbon fiber technology and the stability of the overall price, the application prospects of carbon fiber composite materials in the medical device field are also immeasurable.
Short-cut carbon fibers, long carbon fibers, continuous carbon fibers, carbon fiber fabrics... How exactly do we distinguish them?
Autoclave dry carbon fiber process
Related Article
Carbon fiber composites, with their lightweight, high strength, and excellent electromagnetic properties, are becoming the preferred choice for drone manufacturing. From the shell to the rotor, they not only reduce weight but also improve flight efficiency and durability. Advanced processes such as compression molding and autoclave technology are further driving breakthroughs in drone performance, contributing to the future modular and intelligent development.
Why are more and more drones using carbon fiber casings?
Carbon fiber composites have wide applications in aerospace, industrial manufacturing etc. Their advantages, such as lightweight, high strength, corrosion resistance, good electrical conductivity, and excellent electromagnetic shielding, are increasingly recognized. Shenzhen Ant Carbon Fiber Co., Ltd., drawing on years of production experience, will answer some common questions today for your reference.
Basic knowledge about carbon fiber composite products
The processing of carbon fiber tubes requires different processing techniques for different applications, but the most common process is to process holes in carbon fiber tubes. In order to meet the processing requirements, we must pay more attention to the hole processing. In this process, some defects are prone to occur, with delamination being the most common. What are these details?
The formation of delamination phenomenon in carbon fiber tube hole processing
Carbon fiber tubing, also known as carbon tube or carbon fiber tube, is composed of carbon fiber material and specific resin materials. It is widely used in various supporting equipment such as drones, rotating shafts, rollers, medical devices, sports equipment, and high-end camera slide rails, and is one of the lightweight materials used in high-end industrial fields to replace metal tubing.
What are the key factors affecting the quality of carbon fiber tubing?