Used TEL / TOKYO ELECTRON Mark 8 #9115321 for sale

TEL / TOKYO ELECTRON Mark 8 is a photoresist equipment used in semiconductor fabrication processes. Photoresist is a type of chemically sensitive material used to produce masks for lithographic printing like microchip manufacturing. TEL MARK8 photoresist system utilizes a proprietary type of chemically sensitive material called Izoplat, or Izoplat-ED14. It is designed for the fabrication of photovoltaic devices, microelectronic integrated circuits, flat panel displays, LEDs (light-emitting diodes), and other semiconductor devices. TOKYO ELECTRON MARK-8 unit delivers a reliable and accurate exposure of the photoresist material during the lithographic printing process. The machine features a 6-panel module construction that allows for greater precision and more consistent results than conventional modules. TEL / TOKYO ELECTRON MARK8 also provides semi-automatic, user-friendly operation by allowing for parameter file setting, automatic resetting of parameters, and improved conditioning procedures. Additionally, the tool can be extended with an advanced conformance notation enlargement module, which allows for the precise enlargement of patterns generated from mask designer tools. TOKYO ELECTRON Mark 8 also offers an optional productivity kit that includes an i-PULSE II Interface Unit, High-Speed Direct-Drive Neozero Motor, and Numerical Precision X-Y Stage Drivers. The i-PULSE II Interface Unit provides high-speed processing times and increased data gathering capabilities for faster throughput. The High-Speed Direct-Drive Neozero Motor ensures extremely fast and accurate step/repeat operations. Finally, the Numerical Precision X-Y Stage Drivers provide added control over the pattern-making process. Overall, MARK8 photoresist asset is a high-precision lithography model optimized for the production of microelectronic devices. With its 6-panel module construction, user-friendly interface, and optional productivity kit, TOKYO ELECTRON MARK8 provides reliable, accurate, and consistent results for increased reliability and yield rates.