Used APPLIED MICROSTRUCTURES MVD 100 #9173164 for sale

APPLIED MICROSTRUCTURES MVD 100 Reactor is a versatile and efficient tool designed for performing microchemical processes. It is a fully programmable, multi-functional controller allowing for precise control and precise positioning of reactants for chemical synthesis. The purpose of the reactor is to perform chemical processes in a controlled environment, allowing for accurate and efficient experiments. MVD 100 Reactor features a spatially controlled reaction chamber, temperature and pressure control, a programmable operating environment, and is capable of operating under a range of temperatures and pressures. The reactor also features an inert gas equipment to minimize cross contamination of reagents during reactions. The core design of the reactor utilizes an external mechanical manipulator and an integrated, programmable control system. The usage of external mechanical devices allows for precise positioning of reagents in the reaction chamber and accurate timing of the reaction process. The temperature and pressure of the reaction can be controlled within very fine limits and can be maintained for short or long periods of time. Pressure can also be regulated inside the reaction chamber using a built in pressure regulation unit. APPLIED MICROSTRUCTURES MVD 100 Reactor incorporates a microchemical process control machine that allows for programmable manipulation of the reaction conditions. This enables precise control and measurement of the process parameters, ensuring reproducible experimental results. The reactor also consists of a vacuum tool, which can be used to control the reaction chamber pressure. This is important for sensitive reactions, as it allows for precise measurement of the reaction temperature and pressure. The reactor also includes a power supply and a display panel, which enables an operator to monitor the processes. In summary, MVD 100 Reactor provides a highly-controlled environment for performing microchemical processes. The reactor's programmable control asset allows for accurate and efficient experimental operations, and its vacuum model ensures accurate reaction temperature and pressure control. The reactor is an ideal tool for use in advanced research and development in a variety of scientific fields.