Used BUEHLER ECOMET III #293630383 for sale

BUEHLER Ecomet III is a powerful and reliable wafer grinding, lapping and polishing equipment. The system features a powerful motor and an advanced agitation unit coupled with precision guide plates, providing reliable and robust performance. Ecomet III offers a wide range of capabilities for lapping, grinding and polishing a variety of materials, including semiconductor wafers, silicon, quartz, sapphire and ferrous materials. Its precision motion capabilities, large cycle times and ergonomic design make it an ideal choice for a variety of production environments. BUEHLER Ecomet III features a four-stage grinding, lapping and polishing machine, enabling high throughput operation. The tool is designed to allow substitution of tooling and plates, with one or two tools, to accommodate different part shapes and sizes. The four stages of processing are pre-polishing, lapping, polishing and post-polishing. The pre-polishing stage is designed to achieve uniform material removal, eliminating or reducing the need for subsequent lapping or polishing. The lapping stage uses diamond abrasives to further refine and level the material surface and remove any surface defects. The polishing stage then uses a combination of diamond and fine polishing materials to refine and smooth the material's surface. The post-polishing stage focuses on protecting the surface from contamination and improving the surface finish using a finishing process. Ecomet III asset is a versatile and robust solution for lapping, grinding and polishing a variety of materials. Built for speed, precision, and reliability, it provides consistent surface finishing with low defect levels, enabling production to run as efficiently as possible. The model is designed to enable quick set up and change over times and is equipped with an intuitive control panel for easy operation. In addition, it is designed for easy maintenance and comes with routine preventive maintenance reminders to help keep the equipment running with maximum efficiency.