Microporous ceramic vacuum chucks are essential platforms that use vacuum adsorption to securely hold workpieces during critical processes. Manufactured through advanced nano-powder technology and high-temperature sintering, these chucks deliver exceptional structural stability and reliability.
Key features include high flatness and parallelism, uniform and dense microstructure, strong hardness, and excellent air permeability. The fine micropores are evenly distributed and interconnected, ensuring smooth, stable, and uniform suction performance. After precision grinding, the surface becomes highly polished, supporting both accuracy and consistency in demanding production environments.
These ceramic vacuum chucks are widely applied in electronics and precision engineering. They are particularly important in handling, positioning, and securing components during semiconductor and optoelectronic production. Material options such as alumina, silicon nitride, and aluminum nitride can be customized to meet specific requirements.
Application Areas:
Semiconductor industry:wafer transfer, wafer dicing, laser cutting, wafer grinding, wafer cleaning
Optoelectronics industry:** pick-and-place chucks, bonding platforms, air bearing systems, non-contact transfer
Compatible Machines:
Surface grinders, engraving machines, laser engravers, and measuring equipment.
By combining durability, precision, and stability, microporous ceramic vacuum chucks continue to support industries where accuracy and reliability are crucial.
For more information or customization options:Semiconductor Robotic Arm /Semiconductor Ceramic Robotic Arm /Wafer Handling Ceramic Arm