Used SVG 88 #9302571 for sale

SVG 88
Manufacturer
SVG
Model
88
ID: 9302571
Coater.
SVG 88 is a high-precision photoresist system designed for imaging micro and nanoscale components on integrated circuit (IC) wafers. Photoresist systems work by exposing the wafer to light, either from a direct source, or from an image projected onto the wafer. As the photoresist gets exposed to the light, it changes its properties and can be used to either etch away or add materials to the wafer. 88 is designed to work with both positive and negative photoresist, allowing for maximum flexibility when fabricating complex ICs. The biggest benefit of SVG 88 is its high-resolution imaging capabilities. It can image features as small as 50nm and accurately locate them with submicron accuracy. This is critical for high-density components such as Modern DRAMs. It also uses the latest sub-wavelength imaging technology, which allows it to accurately image extremely small structures without the need for an electron beam. 88 is a fully automated system that is easy to set up and use. An onboard computer runs the system and can be programmed to carry out a variety of processes. It also has built-in safety features, such as temperature control and radiation monitoring, to ensure that the correct processes are carried out safely. SVG 88 also features precision alignment and advanced material sensors. This ensures that all components are correctly placed and that the photoresist is accurately applied. The material sensors also provide feedback to the onboard computer in order to determine if the photoresist has been properly applied. This helps ensure that the final product is free of defects. Overall, 88 is perfect for the fabrication of complex ICs such as Microprocessors and DRAMs. Its precision and accuracy coupled with its automated and safe nature make it ideal for use in the semiconductor industry. Its high-resolution imaging capabilities allow for smaller and more advanced components to be imaged accurately and quickly, making it invaluable to the world of modern IC manufacturing.
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