Used TEL / TOKYO ELECTRON Mark 8 #9412734 for sale

TEL / TOKYO ELECTRON Mark 8 is a photoresist processing equipment used in a variety of industries. It is specifically designed for semiconductor device manufacturing and other advanced semiconductor metrology processes. It is the industry's leading system for the highest quality and precision in photoresist processes. TEL MARK8 utilizes advanced technologies to apply photoresist material to semiconductor wafers and substrates for lithography processes. The unit has two distinct types of photoresist tools designed for different etching and lithography tasks; a low ablation tool for etching shallow features, and a high ablation tool for etching deep features. The machine enables the creation of complex patterns with precision and ease. The tool also includes an automated transport and handling asset, which allows for uninterrupted processing of photoresist material. The transport model is constructed from stainless steel and can process up to 25 wafers per hour. TOKYO ELECTRON MARK-8 uses an advanced camera equipment to monitor the wafer's position and alignment for more accurate etching. MARK8 is a versatile system designed for many different photoresist processing tasks. It can handle moderate to large-scale production of various semiconductor devices at a faster rate. The unit has exceptional image transfer accuracy, allowing for the successful fabrication of intricate patterns. Additionally, it enables the production of large-scale batches of wafers in a single run. TEL / TOKYO ELECTRON MARK-8 has also received UL and CSA certifications for safety and compliance. It also features fail-safe protection measures to prevent errors in the processing of photoresist. In addition, this machine has been independently tested to meet the highest standards of performance and reliability. Overall, TOKYO ELECTRON Mark 8 represents the highest standards in photoresist processing systems. With its flexibility and precision, TEL MARK-8 allows for efficient and accurate production, making it a great choice for a variety of semiconductor related production tasks.