Used DNS / DAINIPPON SC-W60A-AV #9148300 for sale

DNS / DAINIPPON SC-W60A-AV is a photoresist equipment developed by DNS Screen Manufacturing Corporation. It is designed for high-precision imaging on long-term device components. The system is characterized by its high capability, accuracy, and performance. It comprises of a microcontroller for controlling the photoresist application process, as well as an adjustable pressure plate to properly control photoresist layer thickness during exposure. DNS SCW-60A-AV has several features which make it ideal for modern devices. It works with photoresist materials or coatings with high resolutions. For example, it provide better than 25 μm resolution on all materials and coatings, and a precision of up to 6mm for long-term device components. The unit also supports a variety of imaging methods including back-exposure, direct exposure, and dot-on-dot exposure. DAINIPPON SCW 60A AV is designed for on-site applications and easy operation, with an intuitive interface and a convenient maintenance mode for photoresist supply volume-monitoring. It can also be used as a stand-alone machine, as it does not need any computer or other external device for support. The flexibility of the tool allows for custom configurations of both area sizes and exposure masks. Its compact size also ensures that it fits in a small space, making it suitable even for limited laboratory areas. Additionally, DNS SCW 60A AV features a high-rate, durable power supply unit which is capable of delivering stable and precise power distribution for photoresist application. Its light-base structure offers a stable working environment which is important for accurate imaging. It also offers a safety interlock mechanism for belt transmission control, and an automatic fault detection asset which automatically shuts down the model in the event of an overload or failure. SCW-60A-AV is an excellent choice for high-precision photoresist application on long-term components. Its compact size, user-friendly interface, and its accurate and reliable imaging capabilities make it an ideal equipment for modern device components.