Used MRC 603 #9388783 for sale

MRC 603 is a type of sputtering equipment, which is used for coating surfaces with thin layers of material. It is a versatile system which can be used for many different applications such as protecting substrates, creating reflective surfaces, and depositing conductive layers. The unit is equipped with a bell jar vacuum chamber, which provides a clean environment for the sputtering process. Inside the chamber is a set of magnets, which generate an ionized gas which is then used to bombard the material surface as a target for sputtering. During the process the material is transferred from the target to the substrate, which leaves a thin film on the surface. 603 operates using a dc power supply that provides the necessary power for the sputtering process. The power supply can be adjusted to provide different deposition rates, allowing the user to tailor the film thickness and composition. The machine also features an average filament current monitor and a gas flow controller to ensure accurate and consistent coating results. One of the unique features of MRC 603 is its built-in compliance voltage tool, which allows the asset to be adjusted to the required voltage for specific deposition conditions. It also has integrated controllers for controlling the temperature, pressure and composition of the gas used for the sputtering. The model also includes a support network, enabling operators to change the operating parameters remotely, such as pressure, temperature and power levels. 603 also comes with a range of accessories for enhanced equipment control, including vacuum take-off, RF generator, wafer loading and unloading, and gas mixer/regulator. This makes it a highly versatile equipment, ideal for many different sputtering applications. In conclusion, MRC 603 is a highly sophisticated and versatile sputtering system, capable of producing a wide range of thin film coatings. Its compliance voltage unit and variety of accessories make it a great choice for many different coating applications.