Used MRC 942 #9171703 for sale

MRC 942 is a versatile, magnetic-controlled, multi-target magnetron sputtering equipment designed for research and development. It is one of the most advanced and reliable sputtering systems available. 942 is equipped with a top-of-the-line, full-range DC/RF power source, vacuum pump, and controllers for magnet settings and target currents that allows independent sputtering of up to four targets. The system resides inside a climate-controlled, low vibration, Class A cleanroom, offering a contamination-free environment for sputtering. The user can customize MRC 942 to meet research requirements through a variety of parameters and settings. 942 utilizes a magnetron cathode sputtering source along with a magnetic field to enable precise control of the ion flux impinging on the target. This field is generated using a special computer-controlled permanent magnet. MRC 942 also features an optical base pressure measurement unit with an automatic pressure-adjustment feature to ensure reliable, repeatable results. 942 includes a unique moving-target technology that allows the user to make changes to the relative separation between sputtering targets anywhere from 0 - 50 mm. This feature provides increased flexibility and helps eliminate potential shadowing effects caused by metal deposits on the substrate. MRC 942 offers advanced user-friendly features such as an LCD touchscreen for easy control and data recording, automatic bail-out dumps to prevent over-sputtering, a dynamic process monitoring machine to ensure optimal process conditions, as well as a variety of customization packages and accessories to suit your research needs. All these capabilities allow 942 to be used for a wide range of applications, including thin film deposition, deposition of barrier layers, and other functional layer deposition. Whether used to develop processes, improve process controlling, monitor layer deposition, or to create custom deposition solutions, MRC 942 allows you to push the boundaries of sputtering research and development further than ever before.