Industrial automation is expanding globally, but its scale depends on the measure used. The International Federation of Robotics (IFR) counted 4,663,773 industrial robots in operation worldwide at the end of 2024, while manufacturers installed 542,076 during that year; workforce surveys and productivity data describe different, complementary dimensions of automation.
Key Industrial Automation Statistics
The most useful headline figures span installed equipment, adoption intensity, employer plans and measured industry outcomes:
- In 2024, 4,663,773 industrial robots were operating in factories worldwide, an 8.9% increase from 2023.
- In 2024, 542,076 industrial robots were installed worldwide, 0.1% more than in 2023.
- In 2023, 541,302 industrial robots were installed worldwide, 2% below the 2022 record of 552,946.
- From 2018 through 2023, global operational industrial-robot stock grew by an average of 12% per year.
- In 2023, Asia received 382,073 industrial-robot installations, 70% of worldwide new deployments.
- In 2023, China installed 276,288 industrial robots, equal to 51% of worldwide installations.
- In 2023, China held about 1.76 million operational industrial robots, representing 41% of global stock.
- In 2023, the five largest robot markets accounted for 419,780 installations, or 78% of the worldwide total.
- In 2023, automotive represented 25% of global industrial-robot installations, while electronics represented 23%.
- In 2024, electronics became the largest industrial-robot customer sector with 128,899 new installations, up 2.5%.
- In 2024, global robot density reached 177 robots per 10,000 manufacturing employees, up from 163 in 2023.
- In 2024, South Korea reported the highest robot density at 1,220 robots per 10,000 manufacturing employees.
- For 2025–2030, 73% of surveyed employers planned to accelerate process and task automation worldwide.
- For 2025–2030, 63% of surveyed employers planned to augment their workforce with new technologies.
- By 2030, 41% of surveyed organizations foresaw staff reductions because of skills obsolescence.
- In 2025, humans alone performed 47% of surveyed employers’ work tasks, compared with 22% performed by technology alone.
- By 2030, macrotrend-driven job creation was projected at 170 million jobs globally, equal to 14% of current formal employment.
- In 2024, U.S. labor productivity decreased in 52 of 86 four-digit manufacturing industries.
- From 2019 to 2024, unit labor costs increased in 81 of 86 U.S. manufacturing industries.
Contents
- Global industrial automation scale
- Regional industrial automation trends
- Industrial automation by manufacturing industry
- Robot density and comparative adoption
- Industrial automation workforce strategies
- Productivity, labor costs and automation outcomes
Global Industrial Automation Scale: Installations and Operational Stock
Industrial-robot installations are annual flows, while operational stock is the estimated number of robots still operating at year-end. IFR says its standardized data come from nearly all industrial-robot suppliers, directly or through national robotics associations, and cover about 40 countries.
| Measure | Period | Result |
|---|---|---|
| Annual installations | 2022 | 552,946 robots |
| Annual installations | 2023 | 541,302 robots, 2% below 2022 |
| Annual installations | 2024 | 542,076 robots, 0.1% above 2023 |
| Operational stock | End of 2023 | 4,281,585 robots, up 10% year over year |
| Operational stock | End of 2024 | 4,663,773 robots, up 8.9% from 2023 |
Sources: Record 4 Million Robots in Factories Worldwide — World Robotics 2024 Report and Automation is a Cornerstone of Modern Manufacturing.
Annual installations exceeded 500,000 units for the third consecutive year in 2023, and the 2023 total was 3% above the 2021 level. Across 2018–2023, global operational stock grew by an average of 12% per year, which is a stock trend rather than an installation trend.
These measures should not be merged into a single adoption rate. IFR identifies year-end operational stock as an estimate, while installation counts represent robots installed during the calendar year.
Regional Industrial Automation Trends and Leading National Markets
Asia dominated new deployments in 2023, but regional growth rates differed. Europe expanded installations while Asia and the Americas recorded declines from 2022.
| Region or market | 2023 installations | Change or share |
|---|---|---|
| Asia | 382,073 | Down 6%; 70% of global deployments |
| Europe | 92,393 | Up 9% |
| European Union | Not stated as a count | Up 2% |
| Americas | 55,389 | Down 1% |
| China | 276,288 | Down 5%; 51% of global installations |
| Japan | 46,106 | Down 9% |
| Germany | 28,355 | Up 7% |
| India | 8,510 | Up 59% |
| Canada | 4,311 | Up 37% |
Source: Executive Summary World Robotics 2024 Industrial Robots, with China, Japan and India installation figures also reported in Record 4 Million Robots in Factories Worldwide — World Robotics 2024 Report.
Asia’s installations grew at an average of 6% per year from 2018 to 2023. China’s operational stock grew 17% to about 1.76 million robots in 2023, equal to 41% of global operational stock, while Japan’s 435,299 robots represented about 10% of the global stock.
The United States accounted for 68% of Americas installations in 2023. India’s automotive industry installed 3,551 robots, up 139% year over year, a much faster increase than India’s total market and a reminder that national growth rates can reflect different industry mixes and starting bases.
Industrial Automation by Manufacturing Industry
Customer-industry shares show where industrial robots were installed in 2023, while the 2024 figures show a change in sector leadership.
| Manufacturing sector | 2023 share of global installations | 2024 installations or change |
|---|---|---|
| Automotive | 25% | 126,088, down 6.9% |
| Electronics | 23%, down 5 percentage points from 2022 | 128,899, up 2.5% |
| Metal and machinery | 14%, up 2 percentage points | Not stated |
| Plastic and chemical products | 4% | Not stated |
| Food and beverage | 3% | Not stated |
Source: Executive Summary World Robotics 2024 Industrial Robots and Automation is a Cornerstone of Modern Manufacturing.
Automotive was the largest named customer sector in 2023 at 25%, followed closely by electronics at 23%. IFR notes that 17% of installations had no industry information in the 2023 classification, so the named-sector shares should not be treated as a complete allocation of every installation.
In 2024, electronics became the largest customer sector with 128,899 new installations, while automotive installations fell to 126,088. The change describes annual installations, not the total number of robots operating in either sector.
Robot Density and Comparative Industrial Automation Adoption
Robot density standardizes operational robots against manufacturing employment. It is not a share of automated factories and does not use total employment as its denominator.
| Economy | 2024 robots per 10,000 manufacturing employees |
|---|---|
| South Korea | 1,220 |
| Singapore | 818 |
| China | 567 |
| Germany | 449 |
| Japan | 446 |
| World | 177 |
Source: Automation is a Cornerstone of Modern Manufacturing.
Global robot density increased from 163 to 177 robots per 10,000 manufacturing employees between 2023 and 2024. South Korea reported the highest density at 1,220, while Singapore recorded 818; Singapore’s figure can be high with a relatively small manufacturing workforce.
China’s density was 567, compared with 449 in Germany and 446 in Japan. Cross-country comparisons depend on comparable manufacturing-employment data, so density is best read as an intensity indicator rather than a complete measure of automation maturity.
The five largest industrial-robot markets—China, Japan, the United States, South Korea and Germany—accounted for 419,780 installations, or 78% of global installations, in 2023. This concentration is based on annual installations and is distinct from operational-stock concentration.
Industrial Automation Workforce Strategies and Job Transformation
The World Economic Forum’s Future of Jobs 2025 figures describe expectations among more than 1,000 employers representing more than 14 million workers, 22 industry clusters and 55 economies. They measure planned or expected change, not realized automation adoption.
For 2025–2030, 73% of surveyed employers planned to accelerate process and task automation. The planned share was 77% among employers in high-income economies, 74% in upper-middle-income economies and 57% in lower-middle-income economies.
- 63% of surveyed employers planned to augment their workforce with new technologies during 2025–2030.
- 41% of surveyed organizations foresaw staff reductions because of skills obsolescence by 2030.
- Robots and autonomous systems were expected to transform 58% of surveyed employers’ businesses by 2030; this category is broader than factory robots.
- Among employers affected by aging populations, 79% expected to accelerate process automation over the next five years from 2025, compared with 73% globally.
- Among employers identifying growing working-age populations as a transformation driver, 92% planned to prioritize reskilling and upskilling by 2030.
Sources: Future of Jobs Report 2025 — Workforce strategies and Future of Jobs Report 2025 — Drivers of labour-market transformation.
In the 2025 survey, humans alone performed 47% of work tasks, technology alone 22% and human–technology combinations 30%; the percentages may not sum exactly because of rounding. Employers expected these three approaches to be nearly evenly split by 2030, and the report attributed nearly 82% of the projected reduction in the human-alone share to automation versus 19% to expanded collaboration under its calculation framework.
The same report projected 170 million macrotrend-driven jobs created by 2030, equal to 14% of today’s formal employment, and 92 million displaced, or 8%. The projected net change was a gain of 78 million jobs, or 7% of today’s employment; these projections combine multiple macrotrends and are not automation-only estimates.
Productivity, Labor Costs and Industrial Automation Outcomes
U.S. Bureau of Labor Statistics data provide measured industry outcomes, but they do not establish that automation caused any particular productivity or labor-cost result. The figures cover four-digit NAICS manufacturing and mining industries.
In 2024, labor productivity decreased in 52 of 86 U.S. four-digit manufacturing industries. It increased in 22 of 51 durable-manufacturing industries and 11 of 35 nondurable-manufacturing industries.
- U.S. household-appliance manufacturing recorded the largest durable-industry productivity gain in 2024 at 17.2%.
- U.S. fiber, yarn and thread mills recorded the largest nondurable-industry productivity gain in 2024 at 12.5%.
- From 1987 to 2024, labor productivity rose in 82 of 91 U.S. manufacturing and mining industries.
- From 1987 to 2024, hours worked increased in only 18 of 91 U.S. manufacturing and mining industries; within that subgroup, the average annual increase was 0.7%.
- From 2019 to 2024, productivity increased in 37 U.S. manufacturing and mining industries.
- U.S. audio and video equipment manufacturing had the highest 2019–2024 annual productivity growth at 11.2%, alongside output growth of 8.6% per year.
- Unit labor costs increased in 81 of 86 U.S. manufacturing industries from 2019 to 2024.
- Office furniture and fixtures manufacturing had the largest unit-labor-cost increase over 2019–2024 at 10.9% per year.
- Computer and peripheral equipment manufacturing recorded 12.9% annual productivity growth and a 10.1% annual unit-labor-cost decline over 1987–2024.
Source: Productivity and Costs by Industry: Manufacturing and Mining Industries — 2024.
These results show why robot counts, density, productivity and labor costs should be kept as separate indicators. A higher robot stock can coexist with mixed productivity outcomes, and industry-level changes can reflect factors beyond automation, including output, hours, technology, demand and production structure.