Used FSI / TEL / TOKYO ELECTRON Mercury OC #9233653 for sale

FSI / TEL / TOKYO ELECTRON Mercury OC (shortname FSI Mercury OC) is a photoresist processing equipment developed by FSI International, Inc. and TEL Ltd. It is used for the production of photoresist materials, which are critical components in microelectronic devices. TEL Mercury OC features an advanced resist processing technology called Contact Image Sensing (CIS), which ensures precision etching and resist processing with very high resolution and uniformity. The system utilizes a highly precise optical head and proprietary software that accurately reads and processes data obtained from the substrate. This allows the unit to make the required micro-processing adjustments while analyzing the profile of the device under production. Mercury OC also employs a unique chemical delivery machine that enables high speed chemical processing without over-etching problems. It is also equipped with an in-situ control monitor that continuously monitors pressure, temperature and relative humidity of the chamber during the manufacturing process. This allows the tool to maintain optimal chemical parameters for consistent high-quality results. TOKYO ELECTRON Mercury OC supports a wide range of photoresists and substrate materials, including organic, inorganic, and hybrid systems. It is tested according to the industry standard cleaning and coating specifications and meets the needs of both R&D laboratories and large-scale production facilities. The asset also has optional advanced features such as laser scribing and resin coating. This allows users to control their masking process while ensuring that the printed devices are precisely aligned. In conclusion, FSI / TEL / TOKYO ELECTRON Mercury OC is an advanced photoresist processing model that ensures the consistent production of high-quality microelectronic devices. Its features enable users to accurately control their masking process and ensure precise alignment of the printed devices. Its advanced technologies and optional features make it an ideal choice for both R&D laboratories and large-scale production facilities.