Used AMAT / APPLIED MATERIALS Mirra / AS 2000 #9293821 for sale

AMAT / APPLIED MATERIALS Mirra / AS 2000 is a state-of-the-art wafer grinding, lapping and polishing equipment designed to provide high precision grinding while maintaining excellent throughput. This robust platform is capable of grinding, lapping, and polishing wafers up to 300 mm in size, with an ultra-precision polishing resolution of up to 0.2 μm. The precise combination of features on the system make it ideal for a variety of wafer grinding applications, from fine-grained and high flux substrates to copper, aluminum, and doped fiber substrates, as well as compound structures such as glass, ceramic or elastic compounds. AMAT Mirra / AS 2000 integrates exceptional design features, including a fully adjustable grinding, lapping and polishing table that maintains a flat surface and allows for extremely precise motion, allowing for an extremely repeatable process. The unit is also equipped with high-precision servo-controlled motors, which enable precise grinding, lapping and polishing cycles, as well as rapid acceleration, deceleration, and speed control. Additionally, the dual-pressure controls allows for accurate adjustment of both force and speed to ensure optimal grinding and polishing results. APPLIED MATERIALS Mirra / AS 2000 also offers a suite of software add-ons to reduce setup time and minimize programming time. These add ons include integrated DrOscillation, an advanced circular motion program which can automatically calculate the optimal cut patterns for each material. The machine is also equipped with a full 4-axis digital control interface for accurate movement of the grind table and media, allowing for fully automated operation. In addition, the tool comes with a wide range of monitoring and safety features ensuring a safe, efficient grinding process. Mirra / AS 2000 is the optimal choice for precision wafer grinding, lapping, and polishing applications. Its robust design, integrated advanced features, and full suite of software add-ons make it the ideal asset for applications requiring high precision and excellent throughput.