Global industrial automation market heads toward $459.9 billion: China's manufacturing upgrade path and global supply chain restructuring

Global Automation Demand Enters a Structurally Strong Cycle

According to a report by market research firm Market Research Future (MRFR), the global industrial automation market is expected to grow from USD 251.06 billion in 2026 to USD 459.97 billion by 2035, at a compound annual growth rate (CAGR) of 6.96%. The Asia-Pacific region leads with a 46.10% market share, while North America and Europe account for 25.30% and 20.40%, respectively. Behind these figures lies a profound transformation in the global manufacturing sector. As the world's largest manufacturing country and the core engine of the Asia-Pacific market, China is both a participant in this transformation and a key variable in the future competitive landscape.

Labor Shortages and Policy Incentives: The "Twin Engines" of Automation Expansion

The report points out that labor shortages are the primary factor driving factories to transition to automation. The National Association of Manufacturers predicts that there will be 2.1 million vacant manufacturing jobs by 2030; the German Mechanical Engineering Industry Association (VDMA) states that 40% of German SMEs cannot fill critical production positions. This structural gap is not unique to Europe and the United States—China's manufacturing sector similarly faces challenges of shrinking labor supply and rising costs. As the labor cost advantage fades, the payback period for automation equipment has shortened from 36 months to less than 18 months, directly stimulating market demand.

At the same time, government industrial policies have built a long-term "floor" for automation demand. The U.S. CHIPS and Science Act injects $52.7 billion into the semiconductor industry, the European Chips Act invests €43 billion, and India's Production-Linked Incentive (PLI) scheme allocates ₹1.97 trillion. The core logic of these policies is to attract manufacturing reshoring through fiscal tools, and high-end manufacturing inevitably requires highly automated production lines. China, from "Made in China 2025" to the current "new quality productive forces" policy, has also consistently made smart manufacturing a key direction. This global policy resonance gives the industrial automation market a cross-cycle, highly certain demand foundation.

AI and IT-OT Convergence: Automation Enters the "Intelligent Era"

On the technology front, traditional relay-based control architectures are being replaced by cloud-connected SCADA, distributed control systems (DCS), and AI-enhanced programmable logic controllers (PLC). The 2024 update of the IEC 62443 cybersecurity standard has triggered a new round of existing-factory upgrades, while the integration of machine vision, edge computing, and digital twins has shortened changeover times by 35% on pilot production lines. Siemens' Industrial Copilot and Rockwell Automation's FactoryTalk Optix platform launched generative AI-assisted diagnostic modules in 2024, reducing unplanned downtime for early adopters by 20%–25%.The deeper significance of this transformation lies in the fact that the boundaries of industrial automation are expanding from individual pieces of equipment to entire production systems. Real-time AI inference is moving from pilot projects to large-scale deployment, predictive quality models are being embedded directly into PLC firmware, and the barriers between IT and OT are collapsing. For China, this is a major opportunity: China has the world's most complete manufacturing system, providing the richest application scenarios for the integration of AI and automation. China's technological accumulation in the field of artificial intelligence may also inject localized intelligent solutions into industrial automation.

Electric Vehicles and Battery "Gigafactories": New Incremental Demand for Automation

The report specifically notes that the construction of electric vehicle and battery gigafactories is becoming an important growth driver for the industrial automation market. In 2024 alone, more than 300 GWh of new lithium-ion battery production capacity is under construction in North America and Europe, with each gigafactory requiring $150 million to $250 million in automation equipment alone. Processes such as electrode coating, cell stacking, and formation cycling must rely on automation systems. It is estimated that by 2030, this single vertical segment alone will contribute $18 billion to $22 billion in incremental revenue to the industrial automation market.

China is the world's largest producer of new energy vehicles and a core manufacturing base for lithium-ion batteries. The overseas expansion of Chinese battery companies is replicating automation demand from the domestic market to the rest of the world. This means that Chinese automation equipment suppliers have the opportunity to go global alongside battery production capacity and enter international supply chains. At the same time, the race to build gigafactories in Europe and the United States will also drive demand for automation equipment, and China is expected to benefit from this global capacity expansion.

China's Role under Asia-Pacific Dominance: The Leap from a Manufacturing Powerhouse to an Automation Powerhouse

In terms of regional landscape, the Asia-Pacific region accounts for 46.10% of the global industrial automation market, representing nearly half of the total. As the largest manufacturing economy in Asia-Pacific, China is inevitably the core support for this share. However, structural contradictions in the market persist: the global benchmark enterprises in industrial automation are still led by European and American giants such as Siemens, ABB, Rockwell Automation, Emerson, Honeywell, and Schneider Electric. Chinese local enterprises still lag behind the international leading level in high-end sensors, high-end PLCs, industrial software, and other fields. This is precisely the gap that China's manufacturing industry must cross to transition from "big" to "strong".

The report also points out constraints on market expansion: high upfront capital expenditures, cybersecurity risks in industrial control systems, interoperability issues between old and new systems, and a shortage of automation talent. For China's manufacturing ecosystem, which is dominated by small and medium-sized enterprises, capital pressure is particularly acute. New models such as Automation-as-a-Service convert capital expenditures into operating expenditures, opening up a path for SMEs to participate, but the penetration rate of the RaaS model in total installations is still less than 5%. China needs to accelerate the cultivation of a local automation service ecosystem to lower the threshold for transformation for small and medium-sized manufacturers.

Long-Term Trends: China's Choices under Global Supply Chain RestructuringLooking ahead to 2035, the continued expansion of the industrial automation market is essentially a mirror of global supply chain restructuring. Labor shortages, policy incentives, and advances in AI technology are jointly driving manufacturing from a "demographic dividend" toward a "machine dividend." In this process, China faces a dual test: on the one hand, other emerging economies are absorbing low-end manufacturing transfers with low costs; on the other hand, developed countries in Europe and the United States are attempting to reshape the high-end manufacturing landscape through "reindustrialization." China's path forward lies in accelerating the self-reliance and controllability of core automation technologies and, relying on the world's largest manufacturing application scenarios, building an independent industrial automation ecosystem.

The process of the global industrial automation market moving toward $459.97 billion is precisely the process of reshuffling the global manufacturing competitiveness landscape. For China, this is not merely a story of market expansion, but also a structural proposition concerning the direction of industrial upgrading. Whoever can translate automation into real productivity gains will seize the initiative in the global manufacturing network over the next decade.