Used DNS / DAINIPPON SKW-80A-AVPE #293760410 for sale

DNS / DAINIPPON SKW-80A-AVPE is a photoresist equipment that, as part of its suite of precision applications, enables users to accurately develop and transfer patterns onto various substrates. It features an integrated array of components that work together to create highly consistent and reliable results. The system consists of a heated up stage, a camera, an alignment unit and a laser-driven station. The heated stage is capable of controlling and maintaining the substrate temperature to allow adequate processing of photoresist materials. The stage provides precise temperature control to ensure minimal drift in the development process and contains heaters that can be adjusted for different processes and substrates. The camera used in the machine is a high-resolution digital tool capable of acquiring high-resolution images with a high dynamic range. The camera is typically coupled with an autofocus technology to provide images with better clarity. The camera also has a built-in exposure timer that allows the user to adjust exposure times depending on the substrate's characteristics. The alignment asset employs dual laser beams to ensure that the development process is repeatable and allows patterns to be developed with the highest degrees of accuracy. The aligned laser beams act as a reference point by providing accurate alignment data for the development of high definition patterns. Last but not least, the laser-driven station is used for pattern formation and development, and it features a highly optimized laser driver and optics to ensure smooth and consistent results. The station also has a high-speed focusing module that can adjust the focus of the laser power according to the substrate's properties. Overall, DNS SKW-80A-AVPE is an ideal model for photoresist applications. It features an integrated array of components that work together to produce consistent and reliable results, with a focus on precision and accuracy. The equipment is designed to effectively process photoresist materials and develop high-definition patterns for a variety of substrate materials.