Precision ceramic structural parts for medical equipment have the following characteristics and applications:

High hardness and strength: Precision ceramic structural parts have high hardness and strength, can withstand high-intensity pressure and friction, and are suitable for manufacturing high-precision medical equipment parts, such as scalpels, surgical forceps, etc.

Chemical stability: Precision ceramic structural parts have good chemical stability and can resist the erosion of chemicals such as acids and alkalis. They are suitable for manufacturing corrosive liquid delivery pipes, valves, etc. in medical equipment.

Biocompatibility: Precision ceramic structural parts have good biocompatibility and will not cause rejection reactions in human tissues. They are suitable for manufacturing artificial joints, dental restoration materials, etc.

Good insulation: Precision ceramic structural parts have good insulation and can prevent current leakage. They are suitable for manufacturing electronic components and sensors in medical equipment.

High precision: Precision ceramic structural parts have high-precision processing and manufacturing processes, which can meet the precision requirements of medical equipment and are suitable for manufacturing high-precision medical equipment parts, such as transmission parts and positioning parts of medical equipment.

In short, precision ceramic structural parts for medical equipment have the characteristics of high hardness, high strength, chemical stability, biocompatibility, good insulation and high precision. They are suitable for manufacturing various high-precision and high-demand medical equipment parts, such as Scalpels, surgical forceps, artificial joints, dental restoration materials, transmission components and positioning components of medical devices, etc.