Used DNS / DAINIPPON SKW-80B #293796117 for sale

DNS / DAINIPPON SKW-80B is an advanced photoresist production system designed to produce high precision micro components and substrates. It is capable of producing micron-level precision photoresists with a high resolution, low line width, minimal resistivity, and low sheet resistance. DNS SKW-80B utilizes a unique multi-stage process which includes a coating process, a development process, and a curing process. For the coating process, DAINIPPON SKW-80B is equipped with a coater head that is capable of highly precise resist application. Using its XDAS-RSPH high-precision coating technology, it can apply the photoresist at the correct thickness, ensuring consistent and reliable results. The coater head is also capable of applying multiple types of photoresist chemistries without manual intervention, allowing for quick turnarounds for high-precision results. SKW-80B's development process is highly advanced. It uses advanced DATRON-HTF technology for resist development. This process provides a minimal etch window, low line width, minimal resistivity, and low sheet resistance. This combination of features provides superior precision production capabilities. Additionally, DNS / DAINIPPON SKW-80B utilizes advanced spin flash chilling technology which quickly cools the resist during the development process, allowing higher precision production requirements to be maintained. Finally, DNS SKW-80B includes a curing process that ensures that the photoresist adequately adheres to the substrate. The curing process uses advanced Ultraflux Vacuum Curing technology which can rapidly reach the curing temperature of the photoresist. Furthermore, the curing process produces a highly precise, uniform, and repeatable curing result. Overall, the combination of precise resist application, precise etching, low line width, minimal resistivity, and low sheet resistance has made DAINIPPON SKW-80B an industry leader for precision photoresist production. Its precise multi-stage process helps ensure high-precision results, even with complex micro components and substrates. This ensures that customers are able to produce the most precise components with the best possible reliability.