Industrial Robotics in Heavy Industries Market

Factories installed 603,307 industrial robots in 2025, up 11%, and the metal and machinery industry’s installations jumped 22% to a record 108,571 while automotive rose 10% to a record 138,429, the International Federation of Robotics (IFR) World Robotics 2026 executive summary, released on 24 September 2026, shows. The industrial robotics in heavy industries market covers new industrial robots, arm, controller and teach pendant, installed in the heavy end of manufacturing: car and truck assembly, automotive parts, metal products and machinery, shipbuilding and heavy equipment, and steel, mining and energy plants, for welding, handling, machine tending, painting, cutting and assembly. Douglas Insights sizes it at USD 8.88 billion in 2025, about 269,000 robots multiplied by a blended USD 33,000 per robot, and at USD 13.88 billion in 2035, a 4.57% compound annual growth rate (CAGR). The study sits in our industrial automation and robotics coverage, beside the Robotic Welding Cell Market, Automation Motion Controllers Market and Construction Equipment Market reports; every figure follows the Douglas Insights research methodology.

Which heavy industry buys the most industrial robots: carmakers, parts suppliers, machinery, shipyards or steel and mining?

Metal and machinery makers are the largest heavy-industry robot segment, 38.0% of 2025 value or about USD 3.37 billion, Douglas Insights estimates. Shipbuilding and heavy equipment grows fastest, at 5.50% a year to 2035.

Metal and machinery leads as a single segment because its 108,571 installations in 2025 cover thousands of fabricators, foundries, machine builders and equipment makers, and because its share of world installations rose two points to 18%, the IFR executive summary states. These buyers use arc-welding, machine-tending and deburring robots with payloads of 10 to 50 kilograms, a Douglas Insights estimate. At 5.00% a year the segment reaches USD 5.49 billion by 2035.

Automotive remains the largest buyer once vehicle makers and parts suppliers are added together, about 51.0% of value. IFR does not split the 138,429 automotive robots between the two, so Douglas Insights allocates about 58% of automotive value to vehicle makers, whose body shops buy heavy spot-welding robots with 150 to 300 kilogram payloads, and about 42% to parts suppliers, who buy lighter handling and welding arms. Vehicle makers grow 4.20% and parts suppliers 4.00%, slower than metal and machinery because battery-electric programmes have been delayed in Europe and North America.

Shipbuilding and heavy equipment, USD 533 million, uses gantry and crawler welding robots on hull blocks, excavator booms and crane structures; it grows fastest, at 5.50%, as Korean, Chinese and Japanese shipyards automate welding to cope with a shrinking pool of skilled welders, a Douglas Insights estimate. Steel, mining and energy, USD 444 million, covers ladle, sampling, tapping and inspection robots in mills, smelters and power plants. Segment values for 2035 sum to USD 13.89 billion, 0.11% above the headline.

The split by application cuts the market differently. Welding and cutting take about 40% of heavy-industry robot value, handling and machine tending about 35%, painting and dispensing about 12% and assembly and other tasks about 13%, Douglas Insights estimates; welding is over-represented compared with the whole robot market because heavy industries are built around joining thick steel.

What drives heavy-industry robot demand: Chinese factory automation, record machinery orders or labour shortages?

Heavy-industry robot volume rises 5.20% a year in our base case, from about 269,000 robots in 2025 to about 447,000 in 2035. Three drivers add 7.00 points before restraints remove 1.80 points.

Chinese manufacturing automation: 3.60 points

China is the largest driver, worth 3.60 points. Chinese factories installed 354,226 robots in 2025, up 20%, or 59% of world deployments, the IFR release of 24 September 2026 states, and Asia as a whole installed 457,315, up 14%. China also built 34.53 million vehicles in 2025, more than a third of world output of 96.4 million, the International Organization of Motor Vehicle Manufacturers (OICA) reported on 23 April 2026. Yaskawa said its automotive robot sales rose in China and other parts of Asia while they fell in Japan, the Americas and Europe in the year to February 2026, its results of 10 April 2026 state. We count 2.40 points from Chinese machinery and fabrication and 1.20 points from Chinese and Southeast Asian vehicle and parts plants.

Machinery and equipment investment: 2.00 points

Machinery makers add 2.00 points. Metal and machinery installations rose 22% in 2025, twice the 10% growth in automotive, the IFR executive summary shows. FANUC’s robot division sales rose 14.9% to JPY 378.6 billion in the year to March 2026, 44.1% of group sales, its results of 24 April 2026 show, and Kawasaki Heavy Industries’ Precision Machinery and Robot segment grew revenue to JPY 259.1 billion from JPY 241.5 billion, with orders up to JPY 278.5 billion from JPY 249.2 billion, its results of 12 May 2026 show. Both companies’ orders point to a further rise in 2026.

Skilled-labour shortages in welding and heavy fabrication: 1.40 points

Labour shortages add 1.40 points. United States installations grew 12% to 38,428 in 2025, the IFR executive summary states, even though automotive installations there slipped 1% to 13,500, the IFR’s preliminary release of 18 June 2026 shows, so non-automotive buyers carried the growth. Shipyards, heavy-equipment plants and structural fabricators find too few certified welders, and a welding robot that runs two shifts replaces about two to three manual stations, a Douglas Insights estimate. Summed, 3.60 + 2.00 + 1.40 = 7.00 points; less 1.80 points of restraints gives the 5.20% volume leg, and a falling price leg of 0.60% a year brings revenue growth to 4.57%.

What holds back heavy-industry robot demand: Europe’s slump, weaker steel output or Japan’s decline?

Three restraints remove 1.80 points a year from heavy-industry robot volume growth: weak European demand takes 0.80 points, falling steel output 0.50 points, and lower Japanese and Korean installations 0.50 points.

Europe is the heaviest drag. European installations contracted 14% to 73,054 in 2025, the IFR executive summary states, and German sales fell 8% to fewer than 25,000 units, the IFR release of 24 September 2026 shows. European vehicle output fell 0.8% to 17.2 million in 2025, OICA reported, and carmakers there have postponed body-shop investment for new electric platforms. KUKA, Europe’s largest robot maker, grew 2025 sales 4.4% to EUR 3.90 billion but earned an EBIT margin of only 1.5%, its Annual Report 2025 shows.

Steel is the second drag. World crude steel output fell 2.0% to 1.85 billion tonnes in 2025 and China’s fell 4.4% to 960.8 million tonnes, the World Steel Association reported on 23 January 2026, which delays automation projects in mills and in the steel-intensive fabrication that feeds them. Japan and Korea take the last 0.50 points: Japanese installations fell 19% to 36,219 and Korean installations 1% to about 30,000 in 2025, the IFR release states, and both countries already run the world’s highest robot densities, so further growth depends on replacement rather than new lines.

Prices also restrain value growth without cutting volume. Chinese makers sell standard six-axis arms well below Japanese and European list prices, and their share of the Chinese market keeps rising, a Douglas Insights estimate that drives the negative price leg.

Which region buys the most heavy-industry robots, and where does demand grow fastest?

Asia Pacific buys the most heavy-industry robots, USD 6.04 billion or 68.0% of 2025 value, on Chinese machinery and vehicle plants. The Middle East and Africa grows fastest, at 6.00% a year, from a small base.

Asia Pacific leads because China alone installs 59% of the world’s robots and makes more than a third of its vehicles and most of its steel, and because Japan, Korea and India add large automotive and machinery bases. Its value share, 68.0%, sits below Asia’s 76% share of all installations, the IFR reports, because Asian electronics plants buy many small robots that fall outside heavy industry and because Chinese prices are lower. At 5.00% a year the region reaches USD 9.83 billion by 2035, a Douglas Insights estimate.

Europe, USD 1.38 billion, grows only 3.00% as its car industry restructures, though Italian, Spanish and Central European fabricators keep buying welding cells. North America, USD 1.07 billion, grows 4.50%; the Americas installed a record 57,044 robots in 2025, up 14%, with the United States taking 67%, the IFR executive summary states. Latin America, USD 266 million, grows 4.60% on Mexican and Brazilian vehicle and parts plants, and the Middle East and Africa, USD 133 million, grows 6.00% on Gulf, Turkish and Moroccan manufacturing. Regional values sum to USD 9.29 billion in 2026, level with the headline, and USD 13.99 billion in 2035, 0.83% above.

Which companies make industrial robots for heavy industries, and how concentrated is the market?

FANUC is the largest heavy-industry robot maker with about 19.0% of 2025 value, a Douglas Insights estimate, ahead of ABB Robotics at about 12.0% and Yaskawa at about 11.0%. The top three hold about 42.0%.

FANUC’s operating income rose 15.7% to JPY 183.8 billion on group sales of JPY 857.8 billion, and it guides to sales of JPY 909.6 billion in the year to March 2027, its results of 24 April 2026 show. Yaskawa’s robotics revenue rose 4.0% to JPY 247.0 billion while segment operating profit fell 14.0% to JPY 20.4 billion, and the group guides to revenue of JPY 580.0 billion for the year to February 2027, its results of 10 April 2026 state.

The largest change in ownership is ABB’s. ABB agreed on 8 October 2025 to sell its Robotics division to SoftBank Group for an enterprise value of USD 5.375 billion instead of spinning it off, with closing expected in mid-to-late 2026; the division had 2024 revenue of USD 2.3 billion, an operational EBITA margin of 12.1% and about 7,000 staff, ABB’s release states. KUKA’s orders rose 1.9% to EUR 4.16 billion in 2025, its annual report shows. Kawasaki’s segment business profit doubled to JPY 14.4 billion from JPY 7.0 billion, its results of 12 May 2026 show. Nachi-Fujikoshi, Comau, Efort, Inovance, Siasun and Hyundai Robotics hold most of the rest; no maker reports heavy-industry robot revenue separately, so every share in the table is a Douglas Insights estimate.

How much does an industrial robot for heavy industry cost, and where are prices heading?

An industrial robot sold into heavy industry costs a blended USD 33,000 in 2025, Douglas Insights estimates, from about USD 18,000 for a light Chinese handling arm to more than USD 120,000 for a heavy-payload body-shop robot. The price leg falls 0.60% a year.

The IFR puts the 2025 market value of all robot installations at USD 18.6 billion, up 11%, in its executive summary, which is about USD 30,800 per robot across 603,307 units. Heavy-industry robots cost more than that average because they carry larger payloads and longer reach; Douglas Insights puts 2025 bands at USD 18,000 to USD 30,000 for small and medium arms from Chinese makers, USD 28,000 to USD 55,000 for medium arms from Japanese and European makers, and USD 70,000 to USD 130,000 for heavy-payload robots of 200 kilograms and above, robot and controller only.

The price leg is negative because Chinese makers take share with lower prices in their home market, the largest in the world, and because standard welding and handling arms face fierce competition everywhere, a Douglas Insights estimate. Offsets come from heavier payloads in shipbuilding and steel, from more software and sensing in each controller, and from collaborative welding arms sold at a premium to small fabricators. The blended figure eases to about USD 32,800 in 2026 and USD 31,000 in 2035, a Douglas Insights estimate. Integration, fixtures, welding power sources and safety fencing usually cost two to three times the robot, but they sit outside this study.

Will the SoftBank purchase of ABB Robotics change competition in heavy-industry automation?

Only gradually. ABB Robotics keeps its products, plants and automotive customers after the sale, but a USD 5.375 billion owner focused on artificial intelligence may shift investment toward software and new robot types.

ABB said in its 8 October 2025 release that it expected about USD 5.3 billion of cash proceeds and a pre-tax book gain of about USD 2.4 billion, and that it would no longer pursue the separate listing it had planned. For car plants that run ABB painting and body-shop robots, the immediate question is continuity of service and spare parts, which a buyer paying a premium has every reason to protect.

Douglas Insights expects the deal to leave market shares little changed through 2027, then to matter in two ways. First, a SoftBank-owned ABB Robotics may push faster toward AI-based programming that lets one robot handle mixed, low-volume welding work, which suits machinery and shipbuilding buyers. Second, the change of ownership gives FANUC, Yaskawa, KUKA and Chinese makers an opening to bid for automotive body-shop renewals where carmakers want a long-standing industrial owner.

Which rules govern industrial robots in heavy industries, from trade probes to machinery safety law?

Two rule sets matter most for heavy-industry robots: a United States Section 232 investigation into imports of robotics and industrial machinery, and the European Union’s new Machinery Regulation, which replaces the Machinery Directive from 20 January 2027.

The Secretary of Commerce initiated a national security investigation of imports of robotics and industrial machinery on 2 September 2025, covering “robots and programmable, computer-controlled mechanical systems” as well as CNC machine tools, stamping presses and welding and cutting equipment, the Federal Register notice of 26 September 2025 (90 FR 46382) states; comments closed on 17 October 2025. Almost every robot installed in the United States is imported from Japan, Europe or China, so a duty would raise the cost of each North American installation, a Douglas Insights estimate, which is why we keep North American growth at 4.50% rather than higher.

In Europe, Regulation (EU) 2023/1230 on machinery applies from 20 January 2027 and adds requirements for machines with self-evolving behaviour, cybersecurity of safety functions and digital instructions. Robot makers and integrators must update conformity assessments for cells sold into European plants, which raises engineering cost in 2026 and 2027 and favours suppliers with large certification teams. International robot safety standards, which set limits for speed, force and separation around industrial robots, apply alongside both regimes.

What if Chinese automation slows or Europe recovers: how large is the heavy-industry robotics market in 2035?

The industrial robotics in heavy industries market ends 2035 between USD 9.97 billion and USD 17.81 billion across our three cases, around a base of USD 13.88 billion. Chinese installation growth sets most of the spread.

In the slower case Chinese installations stall after the 2025 surge, European carmakers cut capacity and price competition deepens. In the faster case Europe’s body-shop investment returns with new electric platforms, shipyards and machinery makers automate at the 2025 pace, and AI programming opens low-volume welding to robots. One extra point of yearly revenue growth adds about USD 1.39 billion to 2035 value.

Published signals bracket the base case. The IFR forecasts all-industry installations rising 9% to 655,000 in 2026 and reaching 806,000 in 2029, a 7% yearly rate, while FANUC’s robot sales grew 14.9%, KUKA’s 4.4% and Yaskawa’s robotics 4.0%; our 4.57% revenue rate for heavy industries sits at the low end because heavy industries grow more slowly than electronics and prices are falling.

Douglas Exclusive: the Weld-Hour Replacement Index

The Weld-Hour Replacement Index is a Douglas Insights model built from 10 inputs, 5 company disclosures and 5 statistical or regulatory records, listed below. It estimates how many heavy-industry robots each region needs to replace retiring manual welding capacity.

The finding, a Douglas Insights estimate: heavy industries in Europe, North America, Japan and Korea will need about 25,000 to 30,000 additional welding and handling robots a year by 2030 simply to replace manual stations whose operators retire, before any new capacity is built. That replacement demand is steadier than new-plant demand, and it is the main reason we keep heavy-industry volume growing at 5.20% even when car investment is weak.

The index also changes how to read order news. A carmaker’s postponed electric platform removes a few large body-shop orders, but replacement demand from thousands of fabricators continues, so Douglas Insights weights machinery and parts-supplier orders, such as Kawasaki’s and FANUC’s, more heavily than automotive announcements in the first two forecast years.

How does the methodology turn 269,000 robots into USD 8.88 billion?

Our methodology multiplies about 269,000 robots installed in heavy industries in 2025 by a blended USD 33,000 per robot to reach USD 8.88 billion, then grows units 5.20% a year and lowers price 0.60% a year.

The model covers 5 industry segments and 5 regions, using 54 data points, 22 sourced and 32 modelled. Units start from IFR installations of 138,429 in automotive and 108,571 in metal and machinery, plus about 22,000 robots in shipbuilding, heavy equipment, steel, mining and energy that IFR files under other headings, a Douglas Insights estimate. Arithmetic: 269,000 x USD 33,000 = USD 8.88 billion; USD 8.88 billion x (1.052 x 0.994)^10 = USD 13.88 billion. Units reach about 283,000 in 2026 and 447,000 in 2035.

Two cross-checks agree. First, USD 8.88 billion is 47.7% of the IFR’s USD 18.6 billion market value for all installations, close to the 44.6% unit share of heavy industries once their higher prices are counted. Second, the robot sales of FANUC, Yaskawa, KUKA, ABB and Kawasaki together exceed the heavy-industry total, as they should, because those makers also sell into electronics, food and logistics. AI tools help draft the text and automated checks test the arithmetic and links; the Douglas Insights research desk chooses the sources, builds the model and approves publication, as our editorial standards explain.

Sources

1. International Federation of Robotics Five million robots now operate in factories globally (2026)
2. International Federation of Robotics World Robotics 2026 executive summary: industrial robots (2026)
3. International Federation of Robotics US robot industry returns to double-digit growth (2026)
4. FANUC FANUC financial results for the year ended March 31, 2026 (2026)
5. Yaskawa Electric Yaskawa Electric consolidated results, fiscal 2025 (2026)
6. Kawasaki Heavy Industries Kawasaki Heavy Industries earnings report, year ended March 31, 2026 (2026)
7. KUKA KUKA Group reports, Annual Report 2025 (2026)
8. ABB ABB to divest Robotics division to SoftBank Group (2025)
9. Federal Register Section 232 investigation of imports of robotics and industrial machinery (2025)
10. EUR-Lex Regulation (EU) 2023/1230 on machinery (2023)
11. World Steel Association December 2025 crude steel production and 2025 global totals (2026)
12. OICA Auto industry growth shifted east in 2025 (2026)

What counts in the heavy-industry robotics study, and what is excluded?

The heavy-industry robotics study counts new industrial robots, arm, controller and teach pendant, installed in automotive, metal and machinery, shipbuilding and heavy equipment, and steel, mining and energy plants, at manufacturers’ selling prices. Integration, peripherals, software subscriptions, service robots and used robots are excluded.

The study splits value by 5 industry segments and 5 regions: Asia Pacific, Europe, North America, Latin America and the Middle East and Africa. Complete welding cells appear in our Robotic Welding Cell Market report, motion control hardware in our Automation Motion Controllers Market report, and casting supply in our Asia Pacific Aluminum Casting Market report.