Product Announcements:
Wafer Chucks

This porous ceramic chuck is engineered for uniform suction and damage-free holding, providing micron-level flatness and cross-contamination prevention in high-precision semiconductor manufacturing. Read more...

Porous ceramic chuck features uniform permeability, high strength, and excellent thermal resistance, ideal for semiconductor wafer grinding and precision processing applications. Read more...

High-precision SiC prealigner chuck with superior thermal and chemical resistance for wafer clamping, inspection, and transport in semiconductor manufacturing. Read more...

Designed for next-generation manufacturing, this high-purity component delivers non-destructive wafer holding via uniform micro-pores. It ensures excellent flatness during high-vacuum processing while preventing contamination. By maintaining sub-micron coplanarity, it directly enhances production yields in lithography and inspection. Read more...

Advanced porous ceramic vacuum chucks featuring sub-micron flatness and uniform airflow distribution, engineered to eliminate wafer deformation and minimize TTV during 300mm semiconductor backgrinding and inspection. Read more...

High-precision ring groove chuck for stable wafer clamping, transfer, and processing in high-temperature and corrosive semiconductor environments. Read more...

Advanced ceramic solutions provide outstanding stability, cleanliness, and durability in demanding semiconductor environments, helping improve process consistency, equipment performance, and manufacturing efficiency. Read more...

Microporous ceramic chuck ensures precise wafer handling with uniform adsorption, high strength, and chemical resistance. Read more...

High-precision wafer pin silicon carbide chuck designed for semiconductor manufacturing, offering strong adsorption, excellent stability, and resistance to high temperature, corrosion, and wear. Ideal for wafer clamping and prealigner applications. Read more...

High-performance ceramic components, including SiC, Al₂O₃, AlN, and Si₃N₄, engineered for semiconductor equipment with superior strength, corrosion resistance, and precision processing. Read more...