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DAH YOUNG’s thin film laboratory provides a comprehensive platform with self-developed equipment and a variety of thin film measuring instruments. Our professional R&D team, well-equipped environment, and extensive film development experience enable collaboration with advanced coating technologies and applications. Discover our full-range surface treatment solutions tailored to meet your unique film requirements.
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Equipped with advanced cathodic arc, DLC, and HiPIMS coating technologies, the DYHC Series enables the deposition of dense, smooth-surfaced thin films with high hardness, strong adhesion, and versatile elemental composition. Its low-temperature processing capability effectively protects heat-sensitive substrates. Each coating structure can be customized to meet specific application needs.
Ideal for components operating in harsh environments, the DYHC Series enhances wear resistance, stability, and service life. Applications span semiconductor manufacturing, precision cutting tools, molds, medical devices, automotive components, and electronic parts.
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Utilizing stable electron beam evaporation, combined with ion-assisted modules and optical monitoring systems, the DMC Series enables the precise deposition of high-purity dielectric materials on glass or plastic substrates. Single-layer or multilayer optical films are formed to achieve tailored transmission and reflection properties through optical interference.
With modular design and stable coating performance, the system ensures high film uniformity and repeatability. It is ideal for producing AR coatings, high-reflectivity layers, polarizers, optical filters, and beam splitters in semiconductor and precision optics applications.
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The ARMS Series features Dah Young’s proprietary Activated Reactive Magnetron Sputtering technology, integrating a high-speed rotating chamber with an ICP (Inductively Coupled Plasma) ion source. It supports low-temperature sputtering, minimizes particle generation, and achieves excellent film uniformity and multilayer stacking—exceeding 50 layers—for flat or 3D curved substrates.
Ideal for IR filters in autonomous vehicles, automotive lenses, and optical components in AR/VR/MR devices, it is also suited for low-temperature deposition on sensitive materials. The ARMS Series meets the demanding requirements of the semiconductor and precision optics industries.
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