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【Features】 ● Reduction of operator workload through a new control system ● Shortened production time due to improved exhaust and film formation speed ● Improved film reproducibility with a new optical film thickness gauge and a new monitor glass mechanism ● Achieved a compact layout
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"The independently developed RAS method has further evolved, enabling a wide range of film formation from high-standard optical thin films to functional decorative films." - High-density optical thin film formation without wavelength shift is possible. - Optical thin film design is easy by utilizing intermediate refractive indices. - Using reproducible thin films of less than 20nm, film formation according to optical thin film design is achievable. - Good color reproducibility allows for RGB color tinting. - Film formation on plastics is possible through low-temperature processing. - CO2 emissions are reduced, taking the global environment into consideration.
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This is a medium-sized production model that can reproducibly achieve high-quality optical thin films without wavelength shifts at low temperatures using the independently developed RAS (Radical Assisted Sputtering) method, and can also produce functional thin films such as decorative films and nitride films.
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This document is aimed at those who use vacuum thin film formation equipment to create thin films, covering the following basic topics: - What is vacuum? - What thin film formation technologies utilize vacuum? - What is a thin film? - What types of equipment are used for thin film formation? - What should be noted when using vacuum equipment? - Daily maintenance, etc. It contains fundamental information necessary for vacuum thin film formation. We hope that by reading this document, you can make the most of the performance of vacuum thin film formation equipment. ~For those who wish to receive the document, please request it from "Request for Materials"~ *For information on Synchron's lineup of vacuum thin film formation equipment, please check "Download."
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