Used DNS / DAINIPPON EPD 9825 #9382342 for sale

DNS / DAINIPPON EPD 9825 is a type of an etcher/asher developed by DNS Screen located in Japan. This device has a state-of-the-art design and is made up of premium materials to provide users with a reliable and efficient etching and ashing process. The body of this device is a symmetrical structure, and the heating chamber is equipped with a quartz lamp to ensure efficient heating. It is designed to minimize decomposition of products, allowing users to get a stable chemical enrichment or depletion effect. Additionally, this device is furnished with several safety mechanisms such as a tilt monitoring sensor, and fan to regulate the interior heat. The device has two main chambers, the upper chamber and the lower chamber. The upper chamber is where the reaction vessels and reactants are loaded. The lower chamber is the etcher/asher chamber where the etching or ashing process takes place. Its temperature range extends from room temperature to 500°C. It has an integrated deposition controllable sheath for uniform gas distribution, as well as movable iris diaphragm and slit for laser beam size control. To facilitate the chemical reaction, this device has a built-in mass-flow-controller (MFC) and super-chemisorption technology. The MFC regulates the flow of gases and materials to the reaction vessels while the super-chemisorption technology helps in accelerating reactions. Additionally, the user can customize the process parameters according to the application requirements through a touch screen controller. On top of this, the device also has an oxygen analyzer and ionization-type NOx monitor for closed-loop process control. The oxygen analyzer helps users monitor the oxygen levels in the reaction chamber while the NOx monitor keeps emission concentrations within the legal limit. Furthermore, all the data related to the etcher/gray process is stored in the device's data logger for easy access. Overall, DNS EPD 9825 is a state-of-the-art etcher/asher which provides users with an efficient and reliable etching/ashing process. Its features such as data logging, safey mechanisms and advanced process control make it an ideal choice for researchers and laboratories.