U.S. Robot Installations Rebound; Food Sector Drives Growth: IFR

Why It Matters

The surge signals a broader shift toward flexible automation in non‑manufacturing industries, positioning the U.S. to improve productivity and compete more effectively against China’s dominant robotics market.

Key Takeaways

• U.S. robot installations rose 11% to 38,000 units in 2025.
• Food industry robot adoption jumped 30%, matching metal and electronics sectors.
• Automotive remains largest user with 13,500 units, near previous year’s level.
• U.S. robot density climbs to 307 per 10,000 workers, ranking eighth globally.
• Industry groups propose a national robotics strategy to coordinate policy.

Pulse Analysis

The International Federation of Robotics reported an 11 percent rise in U.S. industrial robot installations in 2025, bringing the total to roughly 38,000 units. While the automotive segment still accounts for the bulk of deployments, the overall density climbed to 307 robots per 10,000 manufacturing workers, nudging the United States to eighth place worldwide. The growth narrows the gap with leading nations but remains dwarfed by China, which installed close to 300,000 robots last year and is projected to outpace the U.S. by a factor of ten in 2025. This shift underscores a broader acceleration of automation across the American economy.

The food processing industry emerged as the surprise engine of that acceleration, posting a 30 percent surge in robot adoption and joining metal‑machinery and electrical‑electronics sectors at about 3,000 installations each. Flexible, collaborative robots are addressing chronic labor shortages, tightening food‑safety standards, and the need for higher throughput as companies reshore production. By automating repetitive tasks such as packaging, sorting, and palletizing, food manufacturers can reduce waste, improve consistency, and meet rising consumer demand for locally sourced products without sacrificing scale.

Industry advocates are now calling for a coordinated national robotics strategy to sustain the momentum. The Association for Advancing Automation’s proposal for a Federal Robotics Office and a National Robotics Commission aims to align research funding, workforce development, and regulatory frameworks. Such an approach could replicate the long‑term benefits seen in China’s state‑backed robotics program, fostering domestic innovation and securing supply‑chain resilience. Analysts expect the combination of reshoring incentives, ongoing labor constraints, and expanding use cases beyond traditional manufacturing to keep U.S. robot installations on an upward trajectory through the decade.