KOGANEI Asia offers a wide range of products for the semiconductor industry, designed to improve performance, reduce contamination, enhance efficiency across multiple manufacturing processes and minimize operational downtime. We support a variety of front-end and back-end semiconductor processes such as oxidation, nitride film deposition, etching, CVD, PVD, ion implantation, probe testing, dicing, molding, burn-in testing, marking and wire bonding.

For photoresist coating equipment, KOGANEI’s F-EPT Series Tubephragm pumps and F-AVPN070 Fluoropolymer valves provide repeatable dispensing, minimize contamination, and reduce maintenance, which helps decrease waste and increase throughput while boosting profitability.

In CVD equipment, the 005 Series direct acting solenoid valves are compact, offering the smallest footprint and lightest weight manifolds. This allows semiconductor manufacturers to save space while maintaining high performance in controlling system valves for high vacuum chambers.

For wafer cleaning, the Anti-static PFA tubing ensures safety by preventing electrostatic discharge (ESD) during the transport of ultrapure water (UPW). The conductive material on the surface of the tubing creates a ground connection, eliminating the risk of an ESD event during cleaning processes.

In back grinding equipment, the KFPV Series low hysteresis proportional control valves provide precise control of water pressure to cleaning nozzles, ensuring stable flow and solving quality issues caused by unstable water pressure during the wafer rinse process.

KSHJ Series linear orifice shock absorbers are designed for die bonding equipment to prevent damage caused by actuator crashes. Installed as emergency stops, these shock absorbers dissipate energy from crashing, protecting tooling and critical components.

For IC testing equipment, the DTY-ELF14HC fan-type ionizers and DTY-EPS01 electrostatic sensors offer self-cleaning, long-lasting performance monitoring. These devices reduce the need for frequent maintenance and significantly lower downtime, improving productivity and reducing overall costs.