
Medical field
Zhongshan A&E carbon fiber composites can be applied in the following medical fields:Radioactive medical equipment: Carbon fiber is widely used in par...
Description
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Zhongshan A&E carbon fiber composites can be applied in the following medical fields:
Radioactive medical equipment: Carbon fiber is widely used in parts of radioactive medical equipment such as X-rays, CT scans and ultrasounds because of its high ray permeability.
Medical auxiliary machinery: Carbon fiber is used in the manufacture of medical auxiliary machinery such as wheelchairs and stretchers due to its lightweight and high strength properties.
Orthopedic surgical medical devices: Carbon fiber composites, due to its excellent mechanical properties and bending strength similar to that of human bone, are used in the manufacture of orthopedic surgical fixation devices.
Artificial bones and joints: Carbon fiber composites are also used to make artificial bones and joints, whose bending strength is close to that of real human bones, which improves the effect of orthopedic medicine.
Prosthetics: In the manufacture of prosthetics, carbon fiber materials are used in the receiving chamber portion to achieve the high load-bearing requirements and lightweight needs. Ankle joints made of carbon fiber provide good jumping function and are excellent in terms of breakage safety.
Restorative Dentistry: In the field of dentistry, carbon fiber piles are gradually replacing the traditional metal core system for restoration of residual roots and crowns due to their mechanical properties matched to the tooth tissue and good biocompatibility.
Surgical instruments: Carbon fiber tubes are used in the manufacture of surgical instruments, such as surgical stents, due to their light weight, high strength and excellent rigidity characteristics.
Radioactive medical equipment: Carbon fiber is widely used in parts of radioactive medical equipment such as X-rays, CT scans and ultrasounds because of its high ray permeability.
Medical auxiliary machinery: Carbon fiber is used in the manufacture of medical auxiliary machinery such as wheelchairs and stretchers due to its lightweight and high strength properties.
Orthopedic surgical medical devices: Carbon fiber composites, due to its excellent mechanical properties and bending strength similar to that of human bone, are used in the manufacture of orthopedic surgical fixation devices.
Artificial bones and joints: Carbon fiber composites are also used to make artificial bones and joints, whose bending strength is close to that of real human bones, which improves the effect of orthopedic medicine.
Prosthetics: In the manufacture of prosthetics, carbon fiber materials are used in the receiving chamber portion to achieve the high load-bearing requirements and lightweight needs. Ankle joints made of carbon fiber provide good jumping function and are excellent in terms of breakage safety.
Restorative Dentistry: In the field of dentistry, carbon fiber piles are gradually replacing the traditional metal core system for restoration of residual roots and crowns due to their mechanical properties matched to the tooth tissue and good biocompatibility.
Surgical instruments: Carbon fiber tubes are used in the manufacture of surgical instruments, such as surgical stents, due to their light weight, high strength and excellent rigidity characteristics.