Used DNS / DAINIPPON WEW-625 #293749201 for sale

DNS / DAINIPPON WEW-625 is a wet station designed for a variety of applications. This wet station offers an advanced heat exchanger equipment, optimized flow characteristics, and a unique reaction chamber to ensure optimal operation of sample preparation. The station is capable of generating up to 95° C temperature, thus making it suitable for a range of experiments from biological to chemical. A stainless-steel shell is used for corrosion resistance and durability. DNS WEW-625 features a two-stage arrangement for efficient thermal exchange. It consists of a vertical section, which is dedicated for heating and cooling, and a horizontal section which is designed to maximize heat transfer. The two-stage heat exchanger is composed of a closed-loop one-dimensional heat exchanger, which is designed to achieve more efficient thermal exchange due to increased contact area and air velocity between the cold and hot sources. The exchanger also features a multi-circuit piping system to prevent crossover of coolants and the contamination of sample components. The unique reaction chamber of DAINIPPON WEW-625 is tailored to the user's application. It is composed of a reaction chamber that can support a maximum temperature of 95°C and a pressure of 0.2 MPa or less. The reaction chamber is equipped with a flow meter, which works in conjunction with the heat exchanger unit, to ensure accurate temperature and pressure levels. WEW-625 also has a built-in vacuum and pressure control machine, which provides safe operation with excellent flexibility. This vacuum and pressure control tool ensures precise control and monitoring of the working environment of DNS / DAINIPPON WEW-625. Additionally, the asset provides automatic and manual control for a variety of experiments by allowing the user to adjust the vacuum and pressure to meet their needs. DNS WEW-625 also features a number of safety features, such as a safety interlock to prevent accidental operation, as well as an alarm model which will alert the user if the equipment is operating outside of the acceptable parameters set by the user. Additionally, the station is designed with a power failure shutdown feature, allowing for operation to be conducted in even the most challenging laboratory environments. To conclude, DAINIPPON WEW-625 is a reliable and efficient wet station which has been designed to meet the requirements of a wide range of samples and experiments. This wet station provides advanced thermal exchange, a unique reaction chamber and a variety of safety features to ensure optimal operation. Furthermore, the station is easy to operate and its built-in sensors and controls make it suitable for a variety of applications.