How many kinds of these medical carbon fiber products do you know?
As a medical carbon material, carbon material has good biocompatibility, low irritation to biological tissues, non-toxic, non-carcinogenic, small specific gravity, elastic modulus similar to human bone, etc. It has potential advantages as a fourth-generation implant material . The application of carbon fiber materials in the medical field has been continuously developed and updated with the deepening of research. Today, Boshi will take you to see some application cases of carbon fiber in the medical field.
1. Carbon fiber medical bed board
The medical bed board made of carbon fiber composite material has the characteristics of light weight, high stability, high strength and resistance to fracture. Carbon fiber composite material is a non-metallic material, chemically inactive, and will not chemically react with acid, alkali, salt, etc., and medical residue, blood stains, and alcohol will not affect the carbon fiber panel. The light weight characteristics of the carbon fiber medical bedboard make the medical bedboard easy to move, and it is convenient for the medical staff to better adjust the angle. The stability of carbon fiber material and the biocompatibility of the human body make it widely valued in medical equipment and biological materials.
2. Carbon fiber ct bed board
In the medical field, X-ray machines and computed tomography scanners are widely used in diagnosis and treatment. The traditional medical bed board will produce a large refraction of X-rays. If the diagnosis is to be accurate, the voltage must be increased. This will not only waste energy, but also have particularly serious side effects on the patient. The final contrast imaging may not be very clear. . The carbon fiber medical CT bed board uses carbon fiber composite material, which can meet the X-ray transmittance and reduce the amount of X-ray usage; and allows rays to irradiate the bed board at any oblique angle without major deviation due to refraction. It not only satisfies the requirements of use, but also reduces the harm of radiation radiation to patients and medical staff.
3. Carbon fiber prosthesis
The country currently has 8.77 million physically disabled people, of which more than 1 million will receive prostheses, and the number is increasing every year. Most of the domestic prostheses still use traditional profiles, such as cast steel, wood, aluminum alloy and other materials, which are not only of poor quality and performance, but also have a low degree of standardization. The carbon fiber composite material prosthesis is light in weight, strong in strength and good in performance, and can realize standardized production. It can help the disabled to better use the compensatory function of the prosthesis in daily life and work, improve the quality of life, and increase the sense of happiness.
4.Carbon fiber orthosis
Carbon fiber orthosis refers to the general term for external appliances assembled on the limbs and trunks of the human body to prevent and correct the deformities of the limbs and trunks or to treat bone, joint and neuromuscular diseases and to compensate for their functions. Orthotics made of carbon fiber are light, stable and adaptable, which can store energy and reduce the energy consumption of patients.
5. Carbon fiber wheelchairs
Traditional wheelchairs are made of steel. In order to pursue lightweight, aluminum alloy is gradually replaced. Now, carbon fiber composite materials begin to occupy the c position by virtue of their lightweight performance advantages. Carbon fiber composite material has excellent performance, and it can also realize the production of complex component structures through integrated molding technology. It is an ideal material for making high-end wheelchairs. Carbon fiber wheelchair components are used in electric wheelchairs, which can reduce the weight by about 30% and increase the battery life. Wheelchair accessories include large and small wheels, handwheels, seat seats, brakes, backrests, cushions, foot rests and leg rests, armrests and arm rests. Carbon fiber skirt boards, backrests, foot rests and legs produced by Boshi Carbon Fiber The rest, armrests and arm rests can effectively reduce the overall weight of the wheelchair and facilitate operation.
Carbon fiber composite material is an emerging material made by combining resin and carbon fiber. In addition, the deployment of resin and the diversified layering method of carbon fiber bring great flexibility to the design of the equipment. Boshi Carbon Fiber focuses on the design, development and manufacturing of carbon fiber composite materials, providing X-ray high transmittance carbon fiber composite panels and the production of various complex structural parts for the medical device field. With the continuous advancement of medical technology, medical equipment is also constantly innovating and developing. Therefore, the investment and application of carbon fiber in medical equipment represents a new trend and direction.