Used DNS / DAINIPPON TE-650G #9383289 for sale

DNS / DAINIPPON TE-650G is an etching and ashing machine designed for precise, accurate fabrication of highly advanced semiconductor integrated circuits. It uses a high-pressure gas-phase ceramic-reactive process to etch intricate features on a wafer's surface in order to create high-density pads for devices such as transistors, diodes, and capacitors. The machine has a powerful, dual chamber heating system capable of reaching temperatures of up to 1600°C to provide perfect thermal control for precise etching of the wafer. It also features a high-pressure dry-etch chamber that can achieve a vacuum of up to 10-4 torr. The precision of the device is further ensured by the incorporated frequency-controlled gas injection valves that deliver precise amounts of materials at the right timing, creating optimum etched features. The system also features temperature and pressure sensors, allowing users to closely monitor the etching process in real time. To increase efficiency and reduce cost, DNS TE-650G includes a sophisticated programmable controller that allows users to store their etch recipes, recall them quickly to create repeatable results, and fine tune the process as needed. This controller also requires minimal setup time while allowing users to quickly adjust settings and store complex etch profiles. DAINIPPON TE-650G is also compatible with advanced optical inspection systems, allowing users to review the etched features with high accuracy. This machine is further kept safe and secure with comprehensive safety systems put in place. These include gas and pressure shutoff systems that turn off the process in a dangerous situation, and a two-way fan that prevents ashing powder from entering the working space. TE-650G is an excellent tool for carrying out advanced fabrication processes with precise accuracy and repeatability. Its powerful heating, etching, and programmable controller systems makes it More than capable of meeting the expectations of advanced integrated circuit fabrication.