Used DNS / DAINIPPON MP-2000 #9146510 for sale

DNS / DAINIPPON MP-2000 wet station is a powerful and efficient wet-etching equipment designed for advanced nanofabrication. It offers a chemical-free, non-destructive process for a wide variety of materials, including metals, ceramics, and graphene. Additionally, its advanced features make it an excellent choice for both research and industrial settings. The wet-etching process involves using a chemical or ionic solution to selectively remove material from a substrate. The process is highly specialized, requiring precise etch rates and specific metal saturation levels in order to achieve desired results. DNS MP-2000 is designed to be extremely precise, with its high degrees of accuracy and resolution allowing for superior precision in etch rates and metal saturation. DAINIPPON MP-2000 wet station is comprised of a robust and modernized platform consisting of a microprocessor controlled pump, advanced heater, temperature controller, high-sensitivity metrology sensors, and integrated software. This platform enables MP-2000 to perform advanced, precise, and repeatable wet-etching processes for customizing and optimizing parameters to meet project requirements. DNS / DAINIPPON MP-2000 also offers a wide range of soldering capabilities, including through-hole, ball grid array (BGA), discrete and lead-free welding. Its efficient and customizable soldering parameters ensure a superior soldering process and reduce the risk of solder joint failure. Additionally, the wet station offers an optional head-in-placement (HDIP) system which increases efficiency and offers improved accuracy. This unit uses a precise robotic arm to precisely place a head into a tight space. A high-resolution camera monitors the placement process allowing for excellent positioning accuracy and repeatability. DNS MP-2000 wet station is an excellent choice for advanced nanofabrication projects. With its advanced precision, wide range of soldering capabilities, and HDIP machine, it provides a powerful and efficient wet-etching tool capable of meeting the requirements of both research and industrial settings.