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Precision ceramic materials have different processing methods according to different performance requirements. At present, the main processing methods include mechanical processing, electrical processing, supersonic processing, laser processing and composite processing. The following is a brief introduction to the machining methods of precision ceramics.

Microporous ceramics have the advantages of adsorption, permeability, corrosion resistance, environmental compatibility, biocompatibility, unique physical and chemical properties of the surface structure and are widely used in all kinds of liquid filtration, gas filtration and fixed biological enzyme carriers and biological adaptive carriers.

Ceramic end effector (ceramic robotic arm) are used to operate and carry silicon wafers throughout the production of semiconductor processes. It is capable of handling large wafers and can be designed with a vacuum channel to carry the part.

Porous ceramic materials with vary according to the pore size. for ultramicropore ceramics and extremely small pores, the pore size is several times of the molecular diameter. During adsorption, the pore wall surrounds the adsorption molecules, and the adsorption force in the pore is very strong.

High density ceramic vacuum chuck (porous ceramic vacuum chuck), a special porous ceramic material with a pore size of 2 to 3 microns, is not easy to block, high vacuum force, part of the area adsorption, but also can be used as an air floating platform, widely used in semiconductors, panels, laser process and non-contact linear slide.

The chemical formula of silicon carbide, also known as silicon carbide, is SIC. It is formed from the carbothermal reduction of silicon dioxide to form a superhard covalently bonded material. It is extremely rare in nature, but can be found in the mineral moissanite, which was first discovered in Arizona in 1893.

South Korea plans to build a super cluster of semiconductor industries with an investment of 622 trillion won and create 3.46 million jobs

Porous chuck table, also known as: porous ceramic vacuum sucker

It is composed of a metal (or ceramic) base and a special porous ceramic combination, the internal precision air conduction design, when giving negative pressure, the workpiece can be smoothly and firmly adsorbed on the vacuum sucker.

Zirconia ceramics (ZrO2), with high melting point, high hardness, excellent wear resistance, as an insulator at normal temperature, and at high temperature...

Mechanical aspects. Alumina ceramic cutter is applied in hard material cutting, high-speed steel cutting, ultra-high speed cutting and other difficult to machining materials cutting widely because of its character of high hardness