Used EVG / EV GROUP 120 #293595254 for sale

EVG / EV GROUP 120 photoresist equipment is a modular, turnkey lithography tool that provides advanced precision power for advanced nano-fabrication applications. This tool features a field-replaceable, high-vacuum evaporator unit with up to 12 independent substrates and up to two parallel optical elements. Its modularity enables high precision processing and powerful patterning capabilities. EVG 120 system uses advanced optical and physical components to provide a wide range of lithography options, including positive and negative photoresist developers and high resolution photomasking. It allows for the use of a variety of mask materials and substrates, including submicron level optical masks and a range of substrates including silicon, glass, sapphire, quartz, metals, and organic materials. The unit utilizes full parallel processing, enabling quick substrate rotation and advanced shadowing. The machine also offers high throughput optimization, enabling user-defined process parameters, automated positioning, and advanced automation. The tool also includes advanced user-defined calibration, allowing for precise and repeatable results. This asset also offers advanced control capabilities and monitoring systems, including data logging, which allows for improved process control and quality assurance. The advanced, user-friendly graphical user interface of EV GROUP 120 provides quick access to setup, process-parameter control, and real-time monitoring. This model also allows for the development of recipe data sets and the ability to store and recall recipes in memory. The equipment's design allows for the integration of other process modules, bringing a variety of capabilities into the system. With its advanced wide range of lithography capabilities, 120 photoresist unit is the ideal solution for research and development, production and prototyping tasks. This machine offers precision process control and high throughput optimization, making it ideal for advanced nano-fabrication applications.