Used SPEEDFAM Polishers #9007523 for sale

SPEEDFAM Polishers are innovative, precision-controlled polishing machines designed for precise grinding, lapping, and polishing operations. They employ the latest in automated grinding, lapping, and polishing techniques, ensuring that all jobs are done with maximum accuracy. Polishers employ multiple grinding heads, each with independent settings to adjust the pressure and speed of the polishing process. This allows for a wide range of operations, ranging from fine polishing to speedy lapping. This ensures that the surface of the wafer is precisely and evenly shaped, making them ideal for ultra-fine microelectronics and other sensitive components. To ensure the highest quality of lapping and polishing of the wafers, SPEEDFAM Polishers use a combination of high velocity, vibration, and timing accuracy. The high velocity helps to provide the highest accuracy of the polishing process, while the vibrating mechanism makes it possible to perform very high precision jobs. The timing accuracy ensures that the correct amount of grinding, lapping, and polishing are achieved before the wafers are finished. Polishers feature a unique, quick and efficient cleaning feature, which allows for rapid lapping and polishing of all wafers. This will help reduce cleaning times and reduce costs associated with lapping and polishing. SPEEDFAM Polishers also have a "dust collection" feature, which reduces contamination of the wafer surface. The dust is deposited in an enclosed container, thereby preventing debris from cross-contaminating polished wafers. Polishers also provide reliable and efficient performance. They are designed with superior motors and drive systems with minimal vibrations, ensuring the highest performance possible. The motor and drive systems use high-quality components, such as ball and roller bearings, to improve the efficiency of the motors and drive systems. Finally, SPEEDFAM Polishers are designed to be low-maintenance and durable, allowing them to be used for multiple jobs without the need for frequent or complex service procedures. This helps maximize the efficiency of each job.