Time：2026-08-15
In June 2026, the MIIT and five other departments jointly issued the "Notice on Launching the 2026 Intelligent Factory Tiered Cultivation Initiative," explicitly requiring that the application ratio of AI technology scenarios in Excellent-grade intelligent factories be no less than 30%, and no less than 60% for Leading-grade. In the same month, more than 120 sheet metal enterprises and over 200 industry representatives gathered in Kunshan to explore the path of industrial quality upgrading. At the same time, policy dividends continue to be released, with the MIIT's special subsidy for SME digital transformation reaching up to 500,000 yuan and the "Little Giant" specialized and innovative SME reward reaching up to 5 million yuan. A clear signal has been sent——the "smart manufacturing era" of the sheet metal fabrication industry is arriving at an accelerated pace. Combining the latest policy trends and industry practices, this article provides an in-depth interpretation of the opportunities and challenges facing the sheet metal industry after entering the "deep waters" of smart manufacturing.
Over the past decade, terms such as "machine replacement of labor," "digital transformation," and "smart manufacturing" have repeatedly appeared in the sheet metal industry, yet only a minority of enterprises have actually implemented them. The reason is not complicated——intelligent transformation requires large investment, has a long payback period, and carries high technical risk, so many SMEs have remained hesitant about whether they should transform.
But the policy direction in 2026 has undergone a fundamental change. The notice on the MIIT's 2026 Intelligent Factory Tiered Cultivation Initiative sets clear quantitative targets: Excellent-grade intelligent factories must apply AI technology scenarios at a ratio of no less than 30%, and Leading-grade no less than 60%. This means that "intelligence" is no longer an option for enterprises, but a hard threshold for participating in national-tier selection.
More specifically——the MIIT adopts a combined subsidy model of "15% from the central government + 5%–10% from local governments" for intelligent production lines. Major manufacturing provinces such as Jiangsu, Zhejiang, and Guangdong have added further incentives on top of this: Guangdong's subsidy for intelligent production line transformation can reach up to 45%, Zhejiang and Jiangsu offer stacked subsidies of up to 10%, and in some segments such as green production lines the subsidy cap even reaches 100 million yuan. Shandong, Fujian, Sichuan and other provinces have also rolled out reward policies targeting specialized and innovative "Little Giant" enterprises, with per-enterprise rewards of up to 2–5 million yuan.
This means that the "intelligent transformation ledger" of sheet metal enterprises underwent a fundamental change in 2026——in the past it was "pure investment," but now it is a comprehensive ledger of "investment + subsidies + tax reductions + financing support." A senior sheet metal industry veteran put it bluntly: "The question now is no longer whether you dare to transform, but whether you will be eliminated."
The intelligent transformation of the sheet metal industry is nothing new. Over the past decade, the industry has gone through a gradual evolution of "standalone automation – production line automation – workshop digitalization." But the change in 2026 is that intelligence is beginning to extend from "local segments" to the "entire process."
Take the bending process as an example. Under traditional production models, sheet metal enterprises generally face three major pain points:
Take the processing of elevator sheet metal components as an example——the longest plate can reach 2,260 mm, plate thickness up to 6 mm, and a single workpiece can weigh up to 85 kg. Under such production conditions, traditional manual bending is not only inefficient but also extremely labor-intensive for workers.
The solution of a new-generation intelligent bending cell is: through full-process intelligence of "laser cutting ±0.05 mm precision + bending ±0.1° precision + tolerance ±0.08 mm precision + robot handling + three-coordinate full inspection," the production model is switched from "experience-driven" to "data-driven."
At the data level, sheet metal intelligent transformation in 2026 shows the following trends:
Behind these data is the sheet metal industry's overall leap from "processing factory" to "high-tech service provider."
According to data from the China Business Industry Research Institute, the scale of China's precision sheet metal market reached 130.2 billion yuan in 2026, a year-on-year increase of 8.5%. In 2025 the market scale exceeded 120 billion yuan, with the Yangtze River Delta accounting for over 35% (with Suzhou, Ningbo, and Shanghai as the core). Among this, non-standard customization accounts for 62%, and downstream applications such as new energy / medical / semiconductor are growing at 15%—42%.
This means that the market structure of the sheet metal industry is undergoing important changes:
First, changes in downstream demand structure. Traditional sheet metal downstream is concentrated in fields such as machinery equipment and electrical cabinets, while the high-growth tracks in 2026 are concentrated in new energy vehicles (battery enclosures / BMS / charging pile demand up 42.3%), semiconductor / 6G (equipment cavities / shielding parts), medical equipment, and robotics. Changes in downstream demand are forcing upstream sheet metal suppliers to possess the process capabilities of "high precision, high cleanliness, and high consistency."
Second, escalation of the competition dimension. Mere "processing capability" is no longer sufficient to constitute a competitive advantage; "full-solution service capability" has become the core dimension by which leading customers evaluate suppliers. A procurement manager at a new energy vehicle company admitted at an industry forum: "When we select sheet metal suppliers, processing cost accounts for only 30% of the evaluation weight; the remaining 70% is comprehensive dimensions such as design collaboration capability, capacity flexibility, quality consistency, and response speed."
Third, restructuring of the regional landscape. The Yangtze River Delta and the Pearl River Delta remain the core clusters of the sheet metal industry, but capacity in central and western regions is rising rapidly. Cities such as Hefei, Zhengzhou, Wuhan, and Xi'an, leveraging the industrial transfer opportunities of new energy vehicles and semiconductor equipment, are forming new sheet metal industry belts.
Facing the above changes, sheet metal enterprises of different scales need to choose different transformation paths.
Leading enterprises should focus on "full-process intelligence + ecosystem building." By building Leading-grade intelligent factories, creating industrial internet platforms, and integrating upstream and downstream capacity, they establish a new positioning as "high-tech industry service providers." Leading enterprises such as Suzhou Huazhen, Suzhou Fusite, and Shenzhen Xintai have already built differentiated competitiveness in high-end fields such as new energy, medical, and semiconductor through production line investments of 80 million to several hundred million yuan.
Medium-sized enterprises should focus on "niche tracks + specialized and innovative." By building deep capability in one or two niche segments and applying for "Little Giant" specialized and innovative or provincial-level "specialized and innovative" enterprise qualifications, they can enjoy policy dividends and market premiums. For example, Hebei Jinde Precision established a differentiated advantage in process modeling by winning first prize in the National Intelligent Sheet Metal Competition plus the Japan AMADA Grand Award.
Small enterprises should focus on "joining platforms + collaborative upgrading." Relying on industrial internet platforms, they join a networked collaboration system of "one game across the country," undertaking non-core orders spilled over by leading enterprises or customized small-batch orders, to avoid duplicate investment.
As a national high-tech enterprise, specialized and innovative SME, and ISO9001-certified enterprise, Guangdong Shengqilin Intelligent Technology Co., Ltd. (Tieyiwei brand) started from sheet metal fabrication and gradually built a one-stop, full-process capability covering five major workshops—laser cutting, CNC bending, robotic welding, automatic spraying, and assembly—with an annual output value exceeding 200 million yuan and 80+ authorized patents.
Shengqilin's "smart manufacturing practice" has three outstanding features:
This "one-stop full-process" capability is precisely the core capability needed for the intelligent transformation of the sheet metal industry in 2026——it means not only the advancement of processes, but also the completeness of service and the efficiency of collaboration.
2026 is the "smart manufacturing watershed" for the sheet metal industry. The triple forces of policy, technology, and market are superimposing to push this industry into a brand-new stage of development. For practitioners, rather than anxiously wondering "will I be eliminated," it is better to actively embrace "how to upgrade better." Enterprises that take the lead in completing intelligent, digital, and service-oriented upgrading will gain significant market premiums in the next decade; those that hesitate and stand still will face the fate of gradual marginalization.
