Manufacturing precision parts
• It can produce parts with complex shapes, such as artificial joints such as knee joint and hip joint. Its complex shape and precise size can be accurately realized through powder metallurgy process, and it can ensure good mechanical properties to meet the high strength requirements of human joints.
• For dental implants, powder metallurgy can produce products with special microstructure on the surface, which is conducive to the combination with human bone tissue and improve the success rate of implantation.
Achieve the special properties of the material
• By adjusting the composition of the powder and sintering process, metal materials with good biocompatibility can be manufactured, such as titanium alloy, cobalt-chromium alloy, etc., which can reduce the human body's immune response and reduce complications after implantation.
• It can be prepared into materials with certain porosity, which are used for the manufacture of artificial bones. The pore structure is conducive to tissue ingrowth, promoting the integration of bone tissue and implant, and accelerating recovery.
Improve production efficiency and reduce costs
• Powder metallurgy is a near net forming process, which can directly produce parts with close to the final product shape and size, reduce subsequent processing procedures, improve production efficiency, reduce production costs, make medical equipment more cost-effective, and facilitate the promotion and application.
Meet personalized customization needs
• With the development of medical technology, there is a growing demand for personalized medical equipment. Powder metallurgy process can quickly customize various shapes and sizes of parts according to the specific needs of patients, such as cranial bone repair bodies customized for different patients' cranial bone defects.
