Used SEMITOOL WSST 705 MG #15831 for sale

SEMITOOL WSST 705 MG is an advanced photoresist processing equipment used to create complex circuit patterns on semiconductor and microchip wafers. It relies on the selective exposure of semiconductor wafer surfaces to a controlled, high-intensity light beam. This process is known as photolithography. WSST 705 MG consists of two major components—the control console and wafer process unit. The control console is responsible for the maintenance and operation of the system and includes a convenient front panel with intuitive access to vital readouts and diagnostic information. The wafer process unit contains the required processing chambers and gases for exposing, developing, etching and cleaning photoresist. The unit, designed with modular flexibility, is capable of processing wafers up to 200mm in diameter. For process control the machine is equipped with an onboard optical tool that has a resolution of 0.8µm and a library of standard resist patterns. The asset can be also be easily customized according to customer needs by adding options, such as multiple interfaces, programmable controller, and other advanced features. SEMITOOL WSST 705 MG has a wide range of applications in the semiconductor industry. These include the generation of submicron devices on chips, optical patterning, micropatterns, thick photoresist layers, metal layer formation, selective etching, and the deposition of metal silicide. The advanced features of WSST 705 MG make it ideal for businesses who want to stay ahead of the curve in advanced photoresist processing. These advanced features include: an intuitive user interface, ability to process large sized wafers, compatibility with a wide range of photoresists, and on-board process control. Furthermore, the model has a compact design and low power consumption, making it well suited for quick installation and low cost operations. Overall, SEMITOOL WSST 705 MG is an advanced photoresist processing equipment that offers businesses reliable, cost-effective and efficient photolithography for the fabrication of complex circuit patterns on semiconductor and microchip wafers. This system offers its users the ability to expand their production capabilities within a quickly evolving industry.