Used LAM RESEARCH TCP 9400 #9226360 for sale

LAM RESEARCH TCP 9400 is an etcher/asher designed to provide solution for MEMS processing utilizing the latest technologies. The equipment is a metal etching/aspiration system capable of etching and depositing thin films on substrates and flat panels. It is particularly suitable for delicate and complex MEMS and nanotechnology applications. The unit is equipped with a powerful motor-driven direct drive blower and a variable frequency drive, designed to give precise control over the etching process. It also includes a special type of stainless steel nozzle for etching and a PTFE (polytetrafluoroethylene) liner for easy handling. The machine utilizes a computer control tool to program the etching process, with options available for both Automatic and Manual etching. The computer control asset is designed for both high speed and accuracy. It allows for the precise setting of target parameters, including power, etch time, distance, temperature, and other related parameters. TCP 9400 also includes a series of advanced features. The model can be integrated with an inert gas supply, providing a high level of safety. In addition, the equipment can be set-up to allow users to automate their processes, allowing for efficient production and reduced waste. The system is designed to be a reliable and accurate tool for etching, with the ability to make precise shape changes with the help of a wide range of parameters. The power of the etching process can be tuned to provide desired results and to ensure safety. The unit is equipped with an ultra-fast regeneration machine to ensure that the etching process is consistent and yields smooth results. LAM RESEARCH TCP 9400 also includes a user-friendly graphical user interface which allows users to quickly configure the tool. Overall, TCP 9400 is an extremely advanced etcher/asher designed for a variety of MEMS and nanotechnology applications. It is capable of highly precise etching with the help of powerful computer control, gas supply options, and a wide range of adjustable parameters. The asset is designed to be user-friendly and to provide a reliable and accurate solution for MEMS and nanotechnology applications.