Used DNS / DAINIPPON SU-3100 #9178495 for sale

DNS / DAINIPPON SU-3100 is a state-of-the-art wet station equipment that is designed to assist with multiple laboratory procedures. It is a valuable tool in scientific research and development for its superior performance and accuracy in various laboratory applications. DNS SU-3100 features a powerful brushless electric drive system for precise operation in all wet processes. The unit is equipped with a programmable computer based control machine for precise program execution. The tool also features multiple microprocessor-based control systems for monitoring and controlling various parameters during the operation, such as temperature, speed, flow, and pressure. DAINIPPON SU 3100 has a modular construction with individual components easily replaced and exchanged. This ensures that research can be continuously carried out without the need for lengthy set up and tear downs. The asset is also equipped with multiple safety features for operations in potentially hazardous environments such as clean rooms. SU-3100 is equipped with an automated filling and dispensing model that provides automated sample preparation. This equipment ensures uniform dispersion and consistent results in all types of samples. The dispensing system also features a vacuum-type mixing unit for the mixing of various media, liquid/gas solutions, or for high-precision quantitative dispensing. SU 3100 is also fitted with a fully automated sampling and imaging machine that is capable of multiple operations such as particle counting, image analysis, quantitative determination, spectrometry, and x-ray diffraction. This tool is designed to provide rapid sample analysis, giving users quick and accurate results. Overall, DNS SU 3100 is an ideal wet station asset for research and development in laboratories and industrial environments. Its superior performance and accuracy ensure accurate results and its safety features ensure a safe environment for operations. The modular construction and automated functions make it an ideal model for a variety of applications.