Used SEMITOOL 870S #293590456 for sale

SEMITOOL 870S is a fully automated high volume photoresist processing equipment designed for the advanced semiconductor industry. This system contains a one-hundred-eighty-degrees Linear Spin Rinse unit with a three-stage chemistries module to provide consistent, repeatable results. This machine is designed to be used for photoresist stripping, stripping clean-up, cleaning, etching, and resist-coating applications. Using computer-controlled parameters, SEMITOOL 870 S offers user-defined programs, accurate and precise ashing, cleaning, and pre-cleaning specifications. 870S provides a wide range of operating temperature that can be adjusted from 50°C to 150°C, at different steps of the cycle. The temperature ranges are designed to allow for a wide diversity of chemical solutions to be used for different process applications. 870 S uses an advanced robotic arm to load and unload bar trays holding parts ranging from dime-sized pieces to larger substrate assemblies. The tool also features a CCD camera that can detect and handle transparent, colored, and opaque components. The advanced robotics is designed to provide fast vessel exchange with high-speed differentiation. This can improve the photoresist cycle time. SEMITOOL 870S is a cost-effective way to reduce chemical costs and increase efficiency. Its advanced automation and control solutions help reduce the time and energy needed to operate and monitor processes. In addition, SEMITOOL 870 S features three-stage chemistries to guarantee the desired results. 870S also features a built-in fail-safe asset to ensure high levels of accuracy and reliability. Overall, 870 S is an advanced photoresist processing model designed for the semiconductor industry. Its highly automated equipment and control solutions help reduce the time and energy needed to operate and monitor the application process. SEMITOOL 870S offers a wide range of operating temperature and advanced robotics for fast vessel exchange. Additionally, its built-in fail-safe system and three-stage chemistries provide reliable, consistent, and repeatable results.