A domestic optics startup has proposed a technical solution to the cost and comfort issues that have been identified as major challenges in the commercialization of AR (Augmented Reality) devices. Optical technology specialist CLAROPTIC announced the development of the ultra-slim AR glass module 'CLARO AR' and its plans to actively enter the global market.

'CLARO AR' is a product that implements 4K-level image quality in an ultra-thin module structure, improving the cost, thickness, and efficiency issues of existing AR devices. It applies an eyeglass form factor design to achieve transparent visibility and shape similar to regular glasses. The company has realized half the volume and weight compared to existing products through its independently developed lightweight optical structure and plastic lens molding and injection technology.

CLAROPTIC maintains a leading domestic market share in the field of optical engines for 3D scanners and developed this AR glass module technology based on its precision optical processing and design capabilities. By enhancing optical efficiency and reducing manufacturing costs through proprietary processes, the company focused on securing the economic viability of AR device commercialization.

The company plans to initially supply 'CLARO AR' in module form to global manufacturers and later expand its application range to complete devices. This will promote the spread of not only AR glasses but also industrial, medical, and mobile devices across various fields.

An industry representative stated, "For the AR industry to transition from the prototype stage to commercialization, lightweight design similar to actual glasses and cost structure improvement are key," adding, "It is significant that a domestic company has presented tangible technological results in this field."

Song Min-kyu, CEO of CLAROPTIC, explained, "This technology can serve as an optical platform foundational to the AR industry ecosystem. We have completed PoC (Proof of Concept) with major manufacturers in China, Japan, and Europe and plan to establish a mass production line in the first half of next year."

Meanwhile, the global AR market is expected to grow at an average annual rate of over 35% by 2030. As major companies such as Meta, Apple, and Samsung Electronics continue to compete in XR (Extended Reality) device development, the industry sees the lightweight AR optical module based on domestic technology as offering a new option across the industry.

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