Used MRC 903M #9160487 for sale

MRC 903M is a sputtering equipment designed to provide uniform coating of surfaces with thin-film materials. Created by Veeco Instruments, the device is widely used in the fabrication of thin-film optics, deposition of conductive materials onto glass substrates, and preparation of luminescent films. This system utilizes an improved magnetron gun structure in order to produce a homogeneous sputter coating over large areas and with very low profile irregularities. The key feature of MRC 903 M is its capability to control the sputter rate, magnetic field, ionization density, and uniformity of the film. This is accomplished by its integrated quad magnetron gun, larger area planar target, and advanced process control software. The gun is designed to be easily adjustable to accommodate different sputter configurations and includes built-in AI learning algorithms for optimizing production rates. 903M includes a range of integrated safety features such as an automatic shutdown unit if any irregularities or safety issues arise during production. Its control machine also allows the user to adjust the ion flux, target temperature, substrate temperature, and RF frequency for optimized performance. The tool's comprehensive software package also enables precise Uniform Sputtering (UPS) which improves production efficiency and enhances uniformity. Additionally, 903 M is relatively compact compared to other systems of its class and includes a removable target chamber for easy maintenance and cleaning. The asset is also suited for any sputtering environment, from a small laboratory to a large production gooch. Furthermore, the model is designed to be energy efficient and can save up to 40% on total production energy costs. Overall, MRC 903M is a versatile and reliable sputtering equipment ideal for the formation of thin-film materials and optical components. This system's comprehensive features and safety systems ensure optimal performance and reduce maintenance times, making it a preferred choice for many thin-film production and research applications.