Used TEL / TOKYO ELECTRON ACT 8 #9142707 for sale

TEL / TOKYO ELECTRON ACT 8 is a photoresist equipment developed by TEL Limited (TOKYO ELECTRON). It is a highly advanced and versatile system that is used for photolithography and lithography applications in the semiconductor industry. TEL ACT 8 comprises several components. These include a high-quality uniformity scanner, a fully automated photoresist management unit, and an advanced wafer processing chamber. The scanner is used to pattern images on wafers with a high level of accuracy. It is capable of achieving a scan resolution of 0.25 microns, which is suitable for a wide range of electronic devices. The automated photoresist management machine of TOKYO ELECTRON ACT 8 is used to ensure consistent quality and accuracy throughout the photolithography and lithography processes. This tool is equipped with a precision-based software package that tracks and monitors the use of photoresist on each wafer. In addition, this asset is designed to reduce the amount of unnecessary cleaning and maintenance required. The advanced wafer processing chamber of TOKYO ELECTRON ACT 8 is designed to ensure consistent and repeatable performance. This chamber is equipped with an improved thermal control model, air-flow dynamics, and vibration-control technology, among others. It is capable of providing very powerful and advanced lithography applications at high speeds. ACT 8 also features a highly advanced software package for controlling the entire process. This package helps in synchronizing the scanner with the wafer processing chamber, enabling efficient and accurate lithography. Furthermore, this equipment also offers an innovative "direct-write" feature that allows for the direct manipulation of the wafer's pattern. This helps achieve superior results compared to traditional methods of lithography. Overall, ACT 8 is a highly advanced photoresist system for demanding photolithography and lithography applications. It is an essential tool for companies in the semiconductor industry looking to produce high-quality and accurate electronic devices.