Used DNS / DAINIPPON SCW-636-BV #9226344 for sale

DNS / DAINIPPON SCW-636-BV is a state-of-the-art photoresist equipment used for lithography on semiconductor wafers in the manufacture of integrated circuits. The system is based on a large 6-inch (150mm) cassette-to-cassette transport. It has a throughput of 46 wafers per hour, providing an excellent production yield for the manufacture of integrated circuits. The unit operates a multi-zone temperature control machine which ensures uniform processing over a range of temperatures, in order to obtain precise control of imaging parameters. The tool is also designed to use a large array of lenses in order to provide optimized performance for different wattages and wavelengths, making it very flexible in application. The asset is air-cooled and operates in a vacuum environment, providing superior resist adhesion and etching performance. It also has a highly efficient conveyor model that is designed to remove particles and contaminants which can affect the manufacture of integrated circuits. The SCW-636 is a highly reliable and cost-effective solution for lithography and imaging of semiconductor wafers. It is fully automated and can be easily configured via the built-in GUI interface. This allows for maximum ease and flexibility in the customization of process recipes for different lithography applications. The equipment also includes a high-speed laser alignment system which automatically calibrates the mask alignment to the wafer surface. This ensures that the correct lithographic image is produced and improves process yield. In addition, the unit provides a range of input and output ports enabling simple yet secure communications with the rest of the production line. All these features make DNS SCW-636-BV an ideal choice for medium- to large-scale integrated circuit production. The machine is highly efficient and capable of delivering extremely precise images and repeatable results. This makes it a cost-effective and highly reliable solution for any lithography project.