Used MRC 8632 #293648501 for sale

MRC 8632 is a high vacuum sputtering equipment designed by the Sheppee R&D Group. It is constructed with stainless steel and consists of three independently operated magnetron sputter sources. It includes a high intensity light source and a micro-manipulator for precise sputter deposition. 8632 is an ideal tool for producing thin film coating of metal, metal oxides, metal nitrides, polymers, and alloys. This allows the user to easily manipulate a variety of substrate materials, completing the tasks with maximum efficiency and accuracy. MRC 8632 utilizes a combination of advanced manipulation and computer-controlled sputtering technology to optimize the production of coatings. The system consists of a various power supplies for controlling the gas flow, the temperature of the sputtering process, and the intensity of the sputtering current. An in-situ deposition rate monitor allows for immediate feedback on the deposition rate. Additionally, 8632 features a multi-source diagnostic unit that allows for continuous monitoring and control of the sputtering process parameters. This allows for stabilized deposition conditions with uniform coating thickness across the entire substrate. The sophisticated automation machine allows for programmed and custom sputter deposition recipes. The advanced MRC 8632 also includes an unparalleled sputter source monitoring tool which measures and records the sputtering voltage, current, pressure, and temperature parameters. This allows users to monitor any variation in sputtering conditions that could lead to an improper deposition of the desired coating material. This further allows users to fine-tune their deposition parameters, providing maximum accuracy and quality of the product. In conclusion, 8632 is an advanced sputter asset that is highly efficient, accurate, and user-friendly. It offers complete control over sputtering parameters and the ability to finely tune deposition conditions for a wide variety of materials. The sophisticated automation, monitoring, and diagnostics systems allow for high precision and maximum efficiency in coating production.