Used DNS / DAINIPPON WS-620 #9395911 for sale

DNS / DAINIPPON WS-620 Wet Station is a precision wet processing equipment. It offers an efficient and reliable solution for a variety of semiconductor, MEMS, and photovoltaic processing applications. It is a multi-function platform that can be used to etch, deposit, and clean substrates. DNS WS-620 is designed to provide uniform and precise processing results with low chemical consumption and minimal operator intervention. It has a patented vertical flow system that ensures a homogeneous and optimized chemical delivery to the substrate, while keeping the chemical waste to a minimum. The unit is controlled by an easy-to-use graphical user interface through which an operator can quickly and easily adjust temperatures, flows and other machine parameters. DAINIPPON WS-620 comes with an advanced plating tool that integrates an in-built water bath heating asset and optimized nozzle design. This gives high-density, high-precision, high-quality plating features that can save time and costs. The station also features innovative dielectric layers which provide uniform thickness, even when the material being processed varies. Mechanical engineers will find WS-620 very useful due to its integrated SEM (Scanning Electron Microscope) providing 3D microstructural images of the deposited material. It also has a high-precision sputter gun for targeted deposition onto high-aspect ratio features. The sputter gun features a unique auto-focus feature to ensure uniform deposition of material. DNS / DAINIPPON WS-620 also offers an integrated ozone delivery model, allowing for rapid and accurate plating of metal layers. This ozone delivery equipment is adjustable, allowing the user to control the amount of ozone delivered at any given time. The system also comes with an auto gas mixing capability, allowing for the different substances to be accurately mixed and monitored. Overall, DNS WS-620 Wet Station is a robust and reliable tool for processing a wide range of materials. Its advanced features ensure precision in etching, depositing, and cleaning, while its efficient and economical design allows for minimal use of chemicals and low waste. This cost-effective and versatile station is ideal for research and development in various industries.