Used M-SETEK VIC 8000 / VID 8000 #293632731 for sale
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ID: 293632731
Wafer Size: 8"
Vintage: 2001
Coater, 8"
(2) Hot plates
(2) Cold plates
Cup
Pre-align type: chuck type
2001 vintage.
M-SETEK VIC 8000 / VID 8000 is an advanced photoresist equipment used to rapidly and accurately transfer electronic components from a film substrate. Using a high-intensity ultraviolet light, VIC 8000 / VID 8000 system allows for the production of a wide range of electronic components, from complex multi-layer semiconductor packages to thin-film transistors and other complicated, fine-pitch parts. M-SETEK VIC 8000 / VID 8000 features a patented technology called I-Setek, which utilizes multiple layers of high-purity quartz glass to control the exposure of the resist film and the heat generated during exposure. With the I-Setek technology, uniform exposure across the entire resist film is ensured even during patterning of conductive and insulation layers. Additionally, the unit is capable of transferring up to two million lines, with feature dimensions as small as 10 microns. In addition to its ability to quickly and accurately fabricate fine-pitch components, VIC 8000 / VID 8000 photoresist machine features a number of other advanced features. These features include the ability to compensate for variations in the characteristics of the substrate and resist film; the ability to accurately monitor the etch rate and optical reflectance of the resist film during interactive patterning; and the ability to precisely control the sensitivity and tone of the photoresist tool. Furthermore, M-SETEK VIC 8000 / VID 8000 photoresist asset is designed to work with nearly any type of substrate, resist film, and design pattern, allowing for maximum flexibility in production. Overall, VIC 8000 / VID 8000 photoresist model offers significant advantages in terms of speed and accuracy of production, as well as flexibility and cost-effectiveness. As a result, M-SETEK VIC 8000 / VID 8000 photoresist equipment is an ideal choice for any company looking to produce large volumes of high-precision and complex components quickly, accurately, and affordably.
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