BEST OPT Business Summary

Best Precision Industrial Co., Ltd. (6859.TWO), known as BEST OPT, is a premier Taiwan-based manufacturer specializing in high-precision optical lens molds and components. The company generates revenue through the design, fabrication, and sale of specialized molds for glass and plastic lenses, as well as precision metal parts and accessories. Its primary business segments cater to the smartphone, automotive (car lenses), security surveillance, and emerging VR/AR/MR (Metaverse) markets. As of early 2026, the company has strategically expanded its portfolio into semiconductor equipment precision parts, with initial shipments expected to contribute to revenue in the second half of the year. Within the competitive landscape, BEST OPT operates as a critical upstream supplier to major lens module manufacturers, competing with and supplying to industry giants such as Largan Precision, Genius Electronic Optical (GSEO), Asia Optical, and Calin Technology. It distinguishes itself through its niche focus on ultra-precision mold-making, a high-barrier segment of the optical supply chain. Founded in November 2003, the company is led by Chairman and General Manager (CEO) Chen Po-Chi, who established the firm with a core team of optical industry veterans. Chen’s leadership is characterized by a management philosophy inherited from Japanese optical manufacturers, emphasizing rigorous quality control and technical precision. The executive team also includes Chief Financial Officer and Spokesman Chen Yung-Hsuan and Vice President Lin Ya-Wen, both of whom have been instrumental in the company’s 2022 listing on the TPEx and subsequent capital expansions. A notable strategic investor and board member is Genius Electronic Optical (GSEO), represented by its General Manager Kuo Ying-Li, which underscores BEST OPT’s vital role in the high-end lens production ecosystem. Other significant institutional backing includes Swift Precision Comp and Yuan Ju Co., Ltd., providing a stable foundation for the company’s ongoing R&D in next-generation aspherical lens molding technologies.