Used MOORE G-18 #9395057 for sale

MOORE G-18 is a wafer grinding, lapping, and polishing equipment that is used for precision grinding and polishing of wafers. G-18 is designed for high production applications and is capable of grinding, lapping, and polishing up to 18" (458 mm) wafers. MOORE G-18 is a completely automated system that performs three process steps in a single unit; grinding, lapping, and polishing. The unit is built using precision mechanics, which ensures a high level of precision on each grind. G-18 is equipped with a heavy duty programmable drive motor to optimize grinding force, speed, and depth. The motor is coupled with a high-precision spindle for precise and consistent grinding, lapping, and polishing. MOORE G-18 is also equipped with diamond plated grinding wheels for high-abrasion grinding and a lapping head for surface finishing. G-18's grinding, lapping, and polishing process can be programmed for fully automated operation. It is capable of grinding large and small wafers to precise thickness and automatically switching between grinding and polishing steps as well as changing out lapping wheels. MOORE G-18 comes equip with a high-resolution digital readout, which allows the user to easily monitor the progress of the grinding, lapping, and polishing cycles. G-18 is equipped with a number of safety features, including a closed loop stock removal control machine that automatically stops the procedure once a certain thickness is reached. Most importantly, MOORE G-18 uses a water circulator to ensure that grinding and lapping debris is constantly removed from the grinding surface. The water circulator is designed to circulate cold or hot water for cooling or temperature control, effectively preventing the wafers from overheating. Overall, G-18 is an advanced tool capable of producing high precision grinds and polished surfaces to uniform specifications for semiconductor wafer production. Its robust construction and computer controlled process ensure repeatable, reliable, and efficient operation, and its large capacity makes it ideal for high production applications.