Used LAM RESEARCH Kiyo #9314591 for sale

LAM RESEARCH Kiyo etcher / asher is a device used for the physical removal of thin films and etching of substrate materials. Kiyo enables precision processing of materials such as semiconductors, multilayer films, metals, and composites. Through its robust platform, users are able to achieve excellent results while maintaining the highest production yield efficiency. LAM RESEARCH Kiyo is a fully automated, self-servo controlled equipment and provides complete process control. This system includes a software interface for controlling the etching process parameters, allowing for highly precise results with minimal operator intervention. All relevant parameters are monitored and adjusted in a single, intuitive software window. Kiyo is also equipped with a high-performance etching chamber that facilitates efficient etching of different types of materials. The chamber is made from stainless steel and features a large open area of up to two inches in diameter, providing a wide range of etching possibilities. To reduce the risk of backside etching, a glass window cover is used to protect the backside of the wafer. LAM RESEARCH Kiyo's high-resolution imaging unit offers excellent visibility of the etched patterns. This machine includes a CCD camera and LED lighting, and it also features user-configurable techniques such as edge enhancement and automated image recognition. Kiyo is capable of achieving ultra-high-quality etching, as compared to conventional wet etching processes. This is due to a variety of technical features, such as an intelligent control tool that provides accurate and consistent process parameters, as well as a powerful, high-flow dry vacuum pump and high-capacity plasma source, which ensures outstanding etching performance. All these capabilities make LAM RESEARCH Kiyo an ideal choice for various etching and ashing processes, offering superior precision and repeatability. It is the perfect solution for any processing requirement that requires high-quality etching and ashing performance.