Used DNS / DAINIPPON WS-820C #293594680 for sale

DNS / DAINIPPON WS-820C wet station is a state-of-the-art machine designed to provide precision cleaning and wet processing for various materials and substrates. With a wide range of customizable options and advanced safety features, this wet station offers users the flexibility to meet a variety of needs. The main components of DNS WS-820C include a robust power unit with a built-in oil filter, pump, and stainless steel tanks. The power unit provides a consistent multi-step cleaning process with customizable temperatures, pressure, and chemical concentrations. The removable tank provides a convenient area to store process solutions and can also be used to rinse and reveal the desired substrate surface after cleaning. DAINIPPON WS820C also features a built-in safety system to ensure that the operator is not exposed to hazardous chemicals. A vacuum system is included to extract any leaked process solutions and a containment plate is installed to reduce the chance of overflow and potential short-circuit risk. Furthermore, a dedicated suction cup design is included to protect the operator from electric shock. WS-820C also provides a highly reliable and consistent work environment for processing various materials such as stainless steel, ceramic, aluminum, and many others. When configured to process sensitive materials, a ceramic nozzle is included to ensure that the etchant does not damage the substrate. Additionally, a built-in computer interface is included for enhanced control over processing parameters and offers custom programming for batch- or form-based applications. In the past, fabricators experienced inconsistency and difficulty in manual cleaning, metal preparation, and substrate etching. DNS / DAINIPPON WS820C wet station is the perfect solution to these issues, offering users an uncomplicated, easy-to-use, and reliable machine with customizable settings. With its wide range of features, this wet station is ideal for many types of processes such as metal preparation, surface preparation, nanotubing, and formation etching.