Used OKAMOTO GNX 300P #9283752 for sale

OKAMOTO GNX 300P is one of the most advanced wafer grinding, lapping and polishing machines on the market. This advanced machine provides superior precision and accuracy compared to other similar systems, allowing it to process up to 300 micron size bumps and fine lines. OKAMOTO GNX300P is capable of producing single, double and triple-layer wiring structures and uses a combination of grinding, lapping and polishing techniques to ensure optimal surface finish. The precision of the process is achieved through a combination of sophisticated mechanical, electrical and computer control systems which make the system suitable for a wide variety of applications. GNX 300P uses a unique combination of abrasive discs, grinding beads, diamond grinding wheels and cutting wheels to ensure the perfect results. The abrasive discs are used for the initial grinding process, the diamond grinding wheels are used to produce a fine finish, while the cutting wheels are used to remove small particles. The lapping and polishing processes are done using GNX300P's integrated lapping and polishing unit that features a variable speed motor and a range of polishing compounds designed to produce a perfect finish. The system is designed to provide ultimate precision and accuracy, with the advanced CCD camera providing detailed insight into the results. It also includes sophisticated software that assists with monitoring and data analysis to ensure the highest quality output possible. OKAMOTO GNX 300P is designed to be easy to operate, with a full range of safety and operational functions in place. It is compact and easy to transport, making it perfect for use in a variety of industrial and research environments. Overall, OKAMOTO GNX300P is a reliable and advanced wafer grinding, lapping and polishing machine that provides users with the precision and accuracy they need to produce high quality output. Whether used for production or research and development, GNX 300P will ensure that you always get the best results possible.