Used MRC 603 #9194036 for sale

MRC 603 is an advanced sputtering equipment designed by Jelight Company Inc. The system is engineered to meet a wide range of research needs for thin film deposition. It operates by creating a glow discharge of ions which bombard a target material, creating a thin film by knocking particles off the target material. The target materials may include magnetic materials, dielectrics, semiconductors, and highly conductive material. The unit contains two custom-designed high vacuum chambers, robustly constructed for long lifetime service and exceptional uptime. An RF-driven plasma source is incorporated to enhance the ion bombardment rate. The end result is uniform, high quality thin films. The machine contains an integrated cooling tool, runs multiple processes, and is capable of pre-programmed operations. 603 automated thin film deposition asset is integrated with a user friendly, easy to use software interface. The interface features an intuitive operation program for automatic process optimization and a database for storing recipes needed to quickly configure specific processes and tools. The configuration of recipes is simple and can be accomplished in a few steps. The model can be operated in two modes; manual operation or fully automated operation. In manual mode, operations are directed using the graphical interface menus which allow for process adjustments to be made to obtain the desired product. In the fully automated mode, processes are optimized sequentially, preparing the equipment for optimal deposition in subsequent runs. The system may be configured with a number of tools to enable further automation. Processes may be automated and validations performed with the use of a linear motor stage and a horizontal sample holder. Additionally, MRC 603 can be connected to external gas lines for controlled and constant gas flows into the chamber. Outgassed particles can be monitored with in-situ particle monitoring systems. In summary, 603 sputtering unit is an advanced tool designed for thin film deposition needs. It offers strong engineering design, robust construction, an intuitive user interface, automated operation, and a wide range of tools for enhanced flexibility and optimization.