Product Announcements:
Materials and Chemicals

Custom boron nitride bushings with excellent heat resistance, electrical insulation, and chemical stability for high-temperature applications. Read more...

Ultra-precision silicon carbide (SiC) ceramic guide rails for semiconductor lithography systems. Designed for nanometer-level motion accuracy under high-speed operation. Read more...

Alumina and silicon carbide ceramic end effectors for semiconductor wafer handling in cleanroom and vacuum environments. Lightweight, high stiffness, wear-resistant surface. Compatible with 150-300mm wafer transfer robots. No outgassing, no particle generation. Read more...

AlSiC combines lightweight design, high strength, and thermal stability, ideal for aerospace, automotive, electronics, and precision instruments demanding reliable performance. Read more...

High-precision alumina ceramic end effector designed for semiconductor wafer handling, featuring excellent wear, corrosion, and high-temperature resistance to ensure stable and efficient automation. Read more...

Silicon carbide (SiC) ceramic beams are engineered for ultra-precision motion platforms and inspection equipment, providing high stability, low inertia, and reliable performance in advanced manufacturing environments. Read more...

Advanced alumina ceramic guide rails designed with exceptional hardness, sub-micron dimensional stability, and zero-particle wear resistance, engineered to replace conventional metal rails in high-vacuum, cleanroom semiconductor and automation transport equipment. Read more...

Aluminum silicon carbide (AlSiC) components provide lightweight structural strength, high thermal conductivity, and dimensional stability for aerospace, electronics, and EV systems. Read more...

Durable Al₂O₃ alumina ceramics with excellent plasma corrosion resistance, high wear resistance, ideal for semiconductor equipment, guide rails, and industrial structural parts. Read more...

High-precision ceramic guide rails manufactured from alumina and silicon carbide, offering high stiffness, low thermal expansion, excellent wear resistance, and stable motion performance for semiconductor and precision automation equipment. Read more...