Used SVG 8600 #9265335 for sale

SVG 8600 is a modern wafer and mask scrubber designed for use in the semiconductor and medical device industries. 8600 features a flexibly designed cleaning chamber which allows for a range of different cleaning processes to be carried out. A contoured scrubbing arm moves across the surface of the wafers, maximising coverage and ensuring uniform cleaning. This arm is motorised, and its motion is precise and controlled, ensuring complete coverage of the wafer's surface. The scrubber also features a precision pressure nozzle, which is specifically designed for optimal cleaning. This nozzle delivers an adjustable jet of clean air which helps to effectively dislodge soiling particles, particularly those contaminants which become trapped in crevices and corners. In addition to this, SVG 8600 uses advanced filtration technology. Particles and contaminants are caught within filters inside the scrubber, preventing the contaminants from re-contaminating the wafer. The scrubber also has an emergency stop switch which will halt the scrubbing process if it detects any mistakes or unsafe conditions. The scrubber is designed for use with masks, as well as wafers. The scrubbing arm is able to move across the surface of the mask, removing particles and dislodging contaminants. It is engineered to be quiet, and the arm does not generate an excessive amount of heat, preventing damage to the mask. Finally, 8600 is constructed for ease of use. It is ergonomically designed, and the internal components can be quickly and easily accessed (for servicing and replacements). Furthermore, the scrubber has an intuitive touch-screen display for easily changing user settings, even if the operator is not familiar with the technology. In summary, SVG 8600 is a modern and reliable wafer and mask scrubber, designed to remove a wide range of contaminants from semiconductor wafers and masks. It features a precision nozzle, advanced filtration technology, and intuitive controls, ensuring uniform cleaning and reliable operation.