Used TEL / TOKYO ELECTRON TSP-3055D #9284538 for sale

TEL / TOKYO ELECTRON TSP-3055D etch / asher is a precision micro-etching equipment designed for the etching of microelectronic, semiconductor wafer and flat panel display components. It is specifically designed for a variety of processes requiring a high degree of precision including pattern forming, etching, deposition, surface treatment, planarization and deposition stabilization. The etcher / asher is a fully automated system with a maximum chamber size of 495Si, a working temperature range of 25°C - 850°C, a cycle time of 30 milliseconds within 1000-10000K cycles. The temperatures can be adjusted precisely in increments of 100°C with excellent stability and repeatability, and the cycle parameters can also be adjusted to meet different requirements. The unit also has a large high-resolution display, allowing the user to easily control the process parameters. TEL TSP-3055D also comes with a powerful range of software and hardware capabilities. The machine uses a Waferscanner and microscanner technology to allow precise positioning for etching and any other processes that require sub-micron precision. The tool has an Unimatic Front End application which allows efficient and efficient operation of the etcher. There are also user-selectable dry etch and wet etch options as well as a re-flight etch process control capability. The asset comes with advanced features including high-precision flow control, programmable resistivity control and a built-in sensor package which allows for extremely accurate results. The model is also equipped with a vacuum chamber pressure control feature which actively monitors the pressure in the chamber. This feature together with the other stringent processes allows for high-precision etching results with an extremely low failure rate. Overall, TOKYO ELECTRON TSP-3055D etcher / asher is an excellent equipment which offers excellent precision and repeatability for a variety of microelectronic applications. It has a range of advanced features and capabilities which allows for accurate micro-processing operations with minimal time and effort. The accurate results it provides is reliable and will help reduce costs and improve productivity.