Used SEZ / LAM RESEARCH 200 #9211220 for sale

SEZ / LAM RESEARCH 200 is an etching/asher machine that can be used for a variety of precision processing needs. It is exceptionally easy to use and offers maximum flexibility with regard to operating parameters. This machine operates on a reactive ion etching process, which uses a reactive gas or gas mixture to evaporate material from the substrate. The process can be used to accurately etch or asher parts, microchips, and other delicate components. The system is highly sensitive and allows for detailed, intricate creations to be created with ease. The etched or ashed parts have accurate dimensions and a perfect surface finish. The highly precise process also comes with a unique software that is able to help automate the process. The software allows operators to quickly and accurately program various parameters such as the etch rate, substrate temperature, gas mixture, and so on. The etch/asher is constructed with a metal cabinet on the lower half and a plastic enclosure on the upper half, with the pump and gas control system set up in the center of the unit. It is powered by a console equipped with a touchscreen controller that provides real-time process control and monitoring. SEZ 200 is equipped with a durable, industrial grade vacuum pump for plasma/etching processes, as well as a programmable gas flow manager that allows for precise gas control options. It also has a built-in gas analyzer, an adjustable substrate holder, and a flat-panel screen to help operators easily monitor the process. The system is compliant with all relevant health and safety guidelines and is of course extremely safe to use. The machine is easy to maintain, with all the parts being accessible from the lower half of the machine, and those parts can be easily removed and replaced if needed. LAM RESEARCH 200 etcher/asher is widely used in the semiconductor and related industries due to its precision and reliability. It is an excellent choice for companies who require fast and accurate etching/ashing of complex parts.