Used HITACHI U-712A #9211532 for sale

HITACHI U-712A is a dry etching machine from HITACHI Instruments, Inc., a world leader in advanced technology for the microelectronics industry. This state-of-the-art etch machine is specifically designed for advanced surface metallization technology and is the ideal tool for applications such as surface oxide removal and high aspect ratio patterning. HITACHI U712A's advantage lies in its ability to etch with a fine resolution and precise control over material removal and deposition. It utilizes a chemical etching process to produce reliable results for surface metallization of sub 100 nm features. This etching machine includes advanced features such as an integrated wafer chuck and vacuum-based plating process for accurate results. U-712A etcher has a large processing area, with a wafer surface size of up to 16 inches in diameter. Its chemical etch process allows for high etch rates and excellent yields, making it well-suited for volume production. The integrated process control system allows for high precision with a repeatability of 0.1 microns. It also has automated loading, unloading, and process overrides to ensure reliability and consistent results. In addition to its cutting-edge chemical etch technology, U712A also features a number of safety features, including remote monitoring and control, Laser safety interlocks, and integrated process monitoring. This ensures the highest level of safety for both operator and device. Maintenance is also simple and straightforward with HITACHI U-712A, thanks to the tool's self-diagnostics and easy to replace consumables. Overall, HITACHI U712A is a reliable and cost effective etching solution for advanced microelectronic applications. Its advanced features and powerful etch rates ensure fast and consistent results, while its safety features ensure optimal operator and device protection. Its advanced processing controls and process monitoring also allow for precise control over material deposition and removal, as well as repeatable processes for high yields and reliability.