Recently, Fujian, Zhenjiang, and other regions have successively unveiled high‑quality development plans for the optoelectronics and visual optics industries, designating precision optical manufacturing as a key area for cultivation and support. This has brought clear policy benefits to the ultra‑precision cold‑working segment at the upstream end of the industry chain.

　　Fujian Province’s Action Plan for the High-Quality Development of the Optoelectronics Industry Cluster during the 15th Five-Year Plan period explicitly states that it will support optoelectronics equipment companies in actively participating in the domestic substitution of high-generation and Micro LED high-end display production-line equipment, with a particular focus on achieving breakthroughs in key areas such as precision coating systems and optoelectronic testing instruments. The plan underscores the need to shift the optoelectronics industry from “scale expansion” to “technology-driven leadership,” aiming to establish an independently controllable supply chain in critical optical components, next-generation display materials, and other strategic fields.

　　Meanwhile, Zhenjiang City has officially unveiled the “Action Plan for High-Quality Development of the Visual Optics Industry Led by Artificial Intelligence,” which sets a target of exceeding RMB 50 billion in the city’s visual optics industry by 2030 and establishing a globally influential visual optics industrial base. The plan focuses on key technological areas such as optical displays, visual‑electronic zoom, and intelligent light sensing, and specifies increased investment in the research and development of ultra‑precision machining equipment and testing instruments to drive the upgrading of visual optics products toward higher-end and smarter solutions.

　　Industry analysts believe that the continued strengthening of policy support reflects the nation’s strategic emphasis on building foundational capabilities in precision optical manufacturing. As a critical intermediate link connecting material fabrication with end‑use applications, the precision of optical cold‑working directly determines the performance ceiling of optoelectronic products. Driven by both policy guidance and market demand, investment in R&D and capacity expansion for ultra‑precision optical cold‑working processes is expected to accelerate further, while companies with established core technologies are poised to unlock broader growth opportunities.