Because carbon fiber has the characteristics of high strength, low density, and extremely low X-ray absorption rate, in the field of medical radiology equipment, carbon fiber composite materials are used as panels, and the "sandwich" structure with a foam sandwich in the middle is used as a support for patients and transmit rays The X-ray transmission performance, imaging clarity, strength and rigidity of the bed board are significantly better than traditional bed boards such as polycarbonate and phenolic resin boards, which play an important role in improving the overall performance of the equipment. Therefore, medical equipment manufacturers have gradually replaced traditional material bed panels, and sandwich structure carbon fiber composite panels have broad market and development prospects in the field of medical equipment.
The carbon fiber medical bed board developed by JSBS uses a carbon fiber foam sandwich structure, with carbon fiber composite panels on the upper and lower surfaces, and a foam sandwich material in the middle, forming a similar "sandwich" structure. Test plan: Use carbon fiber/epoxy resin prepreg, pave the prepreg according to the ply design, combine with the foam core material and cure together, and use simple metal molds for hot pressing. Molding process: mold preparation→cutting and laying prepreg→combination of prepreg and foam core→hot pressing.
The carbon fiber medical bed board can be used for the operating table or the panel and cushion board for radiotherapy. The carbon fiber medical bed board is not only light in weight, but also has high strength, impact resistance, scratch resistance, easy cleaning, moisture and fire prevention, and non-permeable surface anti-mold, anti- Static electricity, chemical resistance, oxidation resistance, etc., can meet the strength and rigidity requirements of medical devices to a large extent.
Carbon fiber radiology medical board
In order to ensure medical accuracy, carbon fiber composite materials are used in various imaging operating tables because of their good X-ray transmittance. This is of great help to improve modern medical imaging diagnostic technology and surgical accuracy. With its lower X-ray absorption rate and performance advantages that can meet the needs of 3D and orthopedic navigation systems for 360° X-ray photography, it is used in neurosurgery, Spine surgery, ENT, plastic surgery and other operations involving radiosurgery and 3D imaging technology play an irreplaceable role. The X-ray perspective of the carbon fiber medical ct bed board is only aluminum equivalent less than 1.0mmAL. Because of this excellent X-ray transmission performance, it allows rays to irradiate the bed board at any angle without refraction, and only a small dose of radiation is required. Obtaining a clear image can reduce the harm to patients and medical staff.
Carbon fiber composite materials are not only used in the production of bed boards in the medical field. With their various advantages, carbon fiber composite materials can also be used in the production of medical devices such as head rests, shielding plates, wheelchairs, crutches, and exoskeleton robots. An immeasurable future.