Used GMN MPS 2 #293590634 for sale

GMN MPS 2 is a wafer grinding, lapping, and polishing equipment designed to help fabricators create smooth and uniform surfaces on semiconductor wafers. It utilizes the latest in grinding, lapping, and polishing technology to create the most precise and consistent surfaces possible. MPS 2 system is an open platform unit that can be set up with multiple process types. It can support up to three cutting blocks and grinding stones, two lapping and two polishing heads simultaneously for precision refinement. The machine boasts a five-axis technology design for controlled grinding, lapping, and polishing of wafers, made from a range of materials including silicon, germanium, sapphire, and quartz. The tool is equipped with an ergonomic machine bed, adjustable grinding and lapping speed, and intuitive control asset. The grinding and lapping motor is equipped with feedback form, direct-drive motor, and servo torque control to ensure precision accuracy and repeatability. GMN MPS 2 also features a rigid frame, minimum heat generation, and an air-cooled design with a full-featured safety model. Its advanced grinding and lapping technology offers reduced cycle times, improved surface finishes, and greater control over complex grinding operations. The easy-to-use graphical user interface (GUI) with intuitive control equipment makes MPS 2 user-friendly, allowing for complete process control, improved productivity, and perfect results. GMN MPS 2 can also be easily customized according to specific requirements, the factory providing tools for cutting, grinding, lapping, etching and polishing of the surface. To aid in cooling and lapping, it utilizes a water and a vacuum control, as well as direct water cooling for the grinding blocks. The system also comes with a range of other automatic and manual tools for maximum productivity and precision. Overall, MPS 2 is an advanced wafer grinding, lapping, and polishing unit capable of producing the most precise, uniform and consistent surfaces possible. Its ergonomic design, versatile features, and user-friendly interface makes it a highly efficient and reliable machine in microelectronic production.