Products

Semicorex black alumina ceramic vacuum chucks are the advanced vacuum clamp devices specially designed for clamping and fixing silicon wafers and substrates. Precisely manufactured of microporous black alumina ceramic, Semicorex black alumina ceramic vacuum chucks are the optimal solutions for the advanced manufacturing applications and scientific research scenarios.

Semicorex Porous Alumina Vacuum Chuck leverages advanced material science to ensure uniform suction and zero-damage handling across the most demanding semiconductor fabrication processes. As a leading provider of high-performance ceramic solutions, Semicorex specializes in engineering premium Porous Alumina Vacuum Chucks that set the industry standard for wafer stability and precision.*

Alumina ceramic vacuum chucks are the functional adsorption components, which are specially designed to clamp and fix the semiconductor wafers. Made from high-performing alumina ceramics, they deliver several excellent characteristics, such as remarkable mechanical strength, exceptional electrical insulation, and superior surface flatness.

Semicorex Al2O3 Vacuum Chucks are microporous ceramic adsorption fixture made from black alumina with a porosity of 35–40%, specifically designed for wafer handling in semiconductor applications. Choosing Semicorex means benefiting from advanced ceramic technology, precision engineering, and reliable product quality that ensure stable performance in demanding cleanroom environments.*

Semicorex Silicon Carbide Vacuum Chuck is a high-performance wafer handling solution crafted from porous silicon carbide. It is specifically engineered for vacuum adsorption of semiconductor wafers during critical processes such as mounting (waxing), thinning, de-waxing, cleaning, dicing, and rapid thermal annealing (RTA). Choose Semicorex for unmatched material purity, dimensional precision, and reliable performance in demanding semiconductor environments.*

Semicorex SiC Vacuum Chucks are high-performance ceramic fixture designed for secure wafer adsorption in semiconductor manufacturing. With superior thermal, mechanical, and chemical properties, it ensures stability and precision in demanding process environments.*