Used TEL / TOKYO ELECTRON Mark 8 #9239618 for sale

TEL / TOKYO ELECTRON Mark 8 Photoresist Equipment is a type of immersion photoresist system specifically designed to meet the needs of the semiconductor manufacturing industry. This unit is used for the development of lithographic masks, designed to achieve patterned metallic surfaces - an essential component of the production process for any modern integrated circuit chip. TEL MARK8 utilizes proprietary software-driven hardware and can accommodate a wide variety of wafer sizes and types. It is designed to provide high resolution, high productivity, and excellent reliability with minimal downtime and maintenance expenses. TOKYO ELECTRON MARK-8 consists of a core unit, two types of photomask job processor units, and various peripheral equipment such as a monitor, a printer, and a dataport. It is capable of automatic scanning, alignment, and exposure control. It is also equipped with multiple user-friendly programs and controls such as an advanced editing feature, an auto-leveling feature for aligning and adjusting the exposure conditions, and an auto-sourcehitching feature that automatically changes to a set of batch-specific parameters. Also, the machine is capable of working with both epi- and sub-epi systems. TEL / TOKYO ELECTRON MARK-8 employs a unique two-stage photoresist technology which optimizes the printing of a high-resolution pattern. This helps the tool to keep the mask distortion to a minimum - a requirement for highly precise patterning. The asset is also capable of performing in-situ simulations and a variety of automated tests to ensure that it is operating at optimum levels for any given job. TOKYO ELECTRON Mark 8 Photoresist Model is designed to meet the requirements for a wide range of semiconductor industry applications. In addition to its high-performance capabilities, the equipment is user-friendly and is designed to minimize maintenance costs and free up personnel for more demanding duties. TEL MARK-8 is long-lasting, reliable, and efficient and has been a reliable standard for the semiconductor manufacturing for more than a decade.