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    🇯🇵Japan·AI News·9 Sept 2026·via Businesswire

    NTT-AT and EVG Demonstrate the Feasibility of Applying High-Refractive-Index Resins to AR Optical Devices Using the SmartNIL® Process

    NTT Advanced Technology (NTT-AT) and EV Group (EVG) have successfully demonstrated the feasibility of using NTT-AT’s UV-curable high-refractive-index resins with EVG’s SmartNIL process technology. This development focuses on applying these materials to augmented reality (AR) optical devices. The collaboration verifies the compatibility of the resin with the nanoimprint lithography process, which is crucial for manufacturing advanced optical components. This technical validation could streamline the production of next-generation AR devices, potentially impacting the broader AR market by enabling more efficient and cost-effective manufacturing methods for critical components.

    Nexa's Summary

    The joint verification by NTT-AT and EVG of high-refractive-index resins with the SmartNIL process is a technical step forward for AR device manufacturing. This collaboration addresses a key challenge in producing compact and high-performance AR optics. NTT-AT’s resin, combined with EVG’s nanoimprint lithography, offers a pathway to more efficient production of waveguides and other critical AR components. This could reduce manufacturing costs and improve the optical performance of future AR headsets. The immediate impact for Asia is in the supply chain for AR components, particularly for Japanese and Taiwanese manufacturers who are heavily invested in advanced optics. The development could accelerate the adoption of AR in enterprise and consumer markets across the region, given that it makes high-performance optics more accessible. However, the scalability of this specific resin and process combination will be the thing to watch, as mass production demands consistent yield and material availability.

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