US manufacturing automation enters a new phase: non-automotive industry becomes the main driver of growth.

Core Observation: The Automation Investment Landscape Is Undergoing a Structural Shift

The U.S. automation industry has long been dominated by the automotive sector, but 2025 marks a turning point. According to the annual report released by the Association for Advancing Automation (A3) in February 2026, full-year robot orders reached 36,766 units, valued at $2.25 billion, up 6.6% year-over-year. More critically, for the first time, demand growth from non-automotive customers surpassed that of the automotive sector, with food, consumer goods, semiconductors, and electronics becoming the main drivers of growth.

This shift is no coincidence. U.S. manufacturing is facing multiple challenges including labor shortages, reshoring pressures, and international competition. Automation is no longer an exclusive tool for a few large automakers but has become a standard configuration for a wide range of industries seeking practical solutions.

Why Is This Happening? Three Driving Forces Reshaping Automation Demand

1. Prolonged Labor Shortages

U.S. manufacturing continues to face a shortage of skilled workers. As Baby Boomers retire and younger generations are reluctant to work in factories, companies are forced to turn to automation to maintain output. Alex Shikany, Executive Vice President of A3, noted that the rebound in robot orders "reflects growing confidence in automation as a long-term solution for competitiveness."

2. Reshoring and Supply Chain Security Needs

Lessons from supply chain disruptions have prompted companies to move production back to the U.S. or nearby regions. However, reshoring is not simply about replicating capacity—new factories must have high levels of automation from the start to offset higher U.S. labor costs. Automation thus becomes a key enabler for reshoring projects.

3. Maturation and Accessibility of Automation Technology

Over the past decade, the cost of robots and automation systems has steadily declined, while deployment flexibility has significantly improved. Collaborative robots, vision systems, and modular production lines have made automation affordable for small and medium-sized enterprises. A3's report shows that traditionally low-automation industries such as food and consumer goods are beginning large-scale adoption.

Which Industries Will Benefit?

Directly Benefiting Industries

• Food & Consumer Goods Processing: Strong demand in packaging, picking, and palletizing—labor-intensive and highly repetitive tasks. Automation improves efficiency while enhancing hygiene standards.
• Semiconductors & Electronics: Continued growth in demand for robots in high-precision manufacturing and cleanroom environments, with a mature ecosystem already in place.
• Warehousing & Logistics: MODEX exhibition shows a surge in material handling automation solutions. E-commerce and supply chain resilience issues are driving investments in automated warehousing.

Indirectly Benefiting Industries

• Robot & Automation Equipment Manufacturers: Such as FANUC, KUKA, ABB, etc. Diversified demand reduces reliance on a single industry.
• Industrial Software & AI Companies: Strong demand for applications such as intelligent scheduling and predictive maintenance arising from the integration of AI and automation.
• System Integrators: With more non-automotive projects, the market for integration services expands.

Which Industries Will Face Pressure?- Traditional low-automation manufacturing: If not upgraded in time, it will face cost disadvantages, especially when competing with highly automated new factories in the reshoring trend. - Overseas manufacturing bases relying on cheap labor: U.S. automation reduces dependence on low-wage overseas production, potentially accelerating the reshoring of some orders. - Automation suppliers in the automotive industry: Although the automotive industry remains an important customer, the growth focus is shifting, and suppliers relying on a single market need to adjust their strategies.

What does it mean for U.S. manufacturing?

Automation is changing from "icing on the cake" to "necessary for survival." Under competitive pressure, U.S. manufacturing is building an operational model based on automation. This is not only an efficiency improvement but also a fundamental guarantee of production flexibility and quality stability. The rapid adoption in non-automotive industries means automation will spread to a wider range of manufacturing fields, forming a more balanced industrial foundation.

What does it mean for the supply chain?

The increase in automation will shorten the physical length of the supply chain. Highly automated factories tend to prefer localized procurement and short-distance logistics to reduce work-in-progress inventory and transportation risks. At the same time, the supply chain for automation equipment itself (robots, sensors, controllers) will also tilt towards North America, further promoting localized production of related components and software.

What does it mean for corporate investment?

The share of automation in corporate capital expenditures will continue to rise. In the short term, the procurement wave in non-automotive industries will keep robot orders high in 2026-2027. In the long term, automation investment decisions will shift from "project-based" to "normalized" — companies will treat automation as part of their operating budget rather than a one-time capital project. Additionally, the integration of AI and automation will give rise to new investment hotspots, such as intelligent scheduling systems and digital twin platforms.

What does it mean for the next five years?

In the next five years, U.S. manufacturing automation will enter a period of rapid diffusion:

• Increased penetration rate: Industries such as food and consumer goods will catch up with the automation levels of automotive and electronics industries.
• Deepening AI empowerment: AI will evolve from a conversational tool to the core brain of automation systems, enabling self-optimizing production.
• Regional landscape changes: Automation capability will become a key competitive factor for U.S. states to attract manufacturing investment, and the Midwest "Rust Belt" may revive through emerging automation technologies.
• Labor market restructuring: Factory jobs will shift from repetitive manual labor to robot maintenance, programming, and data analysis, with a qualitative change in skill requirements.

ConclusionAutomation is no longer a follower in U.S. manufacturing, but a true leader. Data from A3 and signals from the MODEX exhibition consistently indicate that robot and automation investments are moving out of the "comfort zone" of the automotive industry, penetrating into a wider range of industrial sectors. This shift is not only the result of technology diffusion, but also a strategic choice for the U.S. manufacturing industry to cope with labor shortages, reshoring pressure, and global competition. Over the next five years, automation will redefine the competitiveness foundation of U.S. industry, and industries and regions that successfully embrace this trend will gain first-mover advantages.