Used TEL / TOKYO ELECTRON MARK Vz #9226379 for sale

TEL / TOKYO ELECTRON MARK Vz is a photoresist equipment designed for the high-precision processing of semiconductor wafers. It is an advanced system, capable of delivering extremely accurate etchings with tight tolerances and repeatable results. The unit is based on a liquid immersion optical machine which uses a specialized photoresist film to coat the wafer. The photoresist acts like an invisible mask, allowing light energy to reach the desired areas of the surface for exposure and etching processes without impacting the underlying silicon layers. TEL MARK-VZ tool features two independent linear stage platens for precise pattern alignment and coupled with high-strength magnets ensures smooth and reliable motion. The high precision control allows for etch depths of just 0.5 μm, repeatable over a large area. For optimum performance, the integrated laser assignment asset allows for multiple wafer etching operations of various shapes and sizes. The model features a high-resolution, 2.5-inch monitor with a tilt-and-swivel mounting for enhanced visibility. A large, 9.7-inch touch screen allows for flexible operation and data input. Multiple wafer holders are available which accept both standard 200mm and non-standard 75mm wafers. The equipment includes an efficient cooling system which condition the unit while maintaining temperatures of up to 60°C. The machine also provides low electrical current readings for improved safety standards. Careful consideration has been taken into the design and construction of this tool to ensure effective repeatability and accuracy. The asset also features advanced optical imaging technology, allowing for higher resolution while maintaining reliable and effective speeds. TOKYO ELECTRON MARK V-Z is a highly advanced photoresist model for producing precision semiconductor wafers with optimal accuracy and repeatability. With its advanced features and superior performance, it is an ideal equipment for a variety of applications in the semiconductor industry.