Used SVG 8600 #9265330 for sale

SVG 8600 is an automated wafer and mask scrubber that is designed to clean and maintain precision optics surfaces. It is used for photolithography, holography, and other optical research, development, and production. 8600 utilizes a patented high-pressure, low-abrasive, water-jet scrubbing process that is specifically designed to clean delicate crystal surfaces without damaging them. It is a fully automated scrubbing system with an adjustable wafer jet and direct mask jet nozzle as well as an adjustable spindle attachment for cleaning thick masks. The scrubber can handle up to 8" diameter masks and 12" diameter wafers. The scrubber also features an ultra-clean exhaust system that is certified to meet the strictest particle standards. SVG 8600 is equipped with a 3-way valve, which is used to control the amount of pressure applied to the cleaning surface. The valve is designed to ensure that the water jet does not damage optical surfaces. The scrubber also has a number of integrated safety features, such as a humidity sensor, to prevent damage to the optics from moisture. The scrubber is designed to be user-friendly, with intuitive operation display and digital controls that make it easy to adjust the cleaning process and optimise the cleaning parameters for best results. The scrubber is powered by a durable electric motor and is designed for continuous operation. The cleaning process is computer-controlled, with the exact parameters of the cleaning process such as pressure, temperature, and duration easily adjustable. 8600 is equipped with a quick-change wafer and mask jet nozzle assembly, making it easy to switch between wafers and masks quickly and efficiently. The scrubber is also designed to meet the strictest environmental standards, with an eco-friendly design that includes a closed water system to reduce water waste. The scrubber also features low noise and vibration levels for environmental purposes. Overall, SVG 8600 is an industrial-grade automated wafer and mask scrubber. It is specifically designed to clean delicate optical surfaces without damaging them while providing maximum safety and efficiency. It is an ideal choice for photographers, research institutions, and precision optical manufacturing operations.