Used GLOW RESEARCH Custom #183866 for sale

GLOW RESEARCH Custom etcher / asher is a cutting-edge, laboratory-grade semiconductor fabrication tool designed to address the most challenging demands of modern nanofabrication. Combining advanced fluence control, precision sensors, and intuitive software, this ultra-sophisticated etcher / asher provides unparalleled accuracy and repeatability to satisfy all of your needs in the lab, both now and in the future. The precision sensors and advanced software of Custom etcher / asher allow you to precisely and accurately check etch and ashing settings of up to six different recipes. With key settings such as temperature, pressure, and voltage, all of which can be adjusted with the touch of a button, you can customize individual recipes to suit your specific needs. Furthermore, the built-in heating element ensures that all substrates maintain their desired temperature, eliminating the need for a dedicated hot plate. GLOW RESEARCH Custom etcher / asher also features a sophisticated gas control system that controls the flow of oxygen, nitrogen, and flakes of thermal oxide. This allows for the accurate processing of even the most intricate substrates. The combination of its advanced sensors and superior gas control allows for extremely precise and repeatable results, with etch depths that are down to 0.1nm. Custom etcher / asher also comes with a highly intuitive user interface that allows you to quickly and easily monitor your process recipes. As well, it features a web-based monitoring system that allows remote access to your recipe settings and data, allowing you to monitor your process from anywhere in the world. In conclusion, GLOW RESEARCH Custom etcher / asher is a powerful, laboratory-grade tool capable of completing even the most demanding of semiconductor fabrication projects. With its precision sensors, advanced software, and intuitive user interface, it is arguably one of the best etchers / ashers on the market today. With its unparalleled accuracy and repeatability, it's certain to help deliver the best possible results for any nanofabrication project.