Walk into a modern factory and the first thing you may notice is what is missing.
There are fewer people doing the repetitive work.
Instead, machines weld car bodies, move components, inspect products and assemble parts with a precision that would have been difficult to imagine only a few decades ago.
The global robotics industry is expanding rapidly. In 2024, about 542,000 industrial robots were installed worldwide, more than twice the number installed a decade earlier, according to the International Federation of Robotics. Asia accounted for nearly three-quarters of new deployments. [1]
But there is a question behind those figures that is often overlooked:
Who is actually building the robots?
The answer is not simply China, even though China is by far the world's biggest market for industrial robots.
Japan remains the world's leading robot-manufacturing country by production share. China, meanwhile, has become the largest market and has begun gaining ground on foreign suppliers at home. Germany, South Korea, the United States and several European and Asian economies also have important robotics industries.
There is no single official league table ranking countries by "robot manufacturing" because production, ownership, exports, factory adoption and robot density measure different things.
The list below therefore looks at countries that are shaping the industrial robotics industry through a combination of robot manufacturing, major robotics companies, domestic deployment, automation expertise and technological influence.
If the question is simply, "Which country makes the most industrial robots?", Japan remains the clearest answer.
The International Federation of Robotics says Japan is the world's predominant robot-manufacturing country, accounting for about 38% of global robot production. In 2023, Japanese exports reached 160,801 units, with roughly 78% of production destined for export. [2]
That is an extraordinary position.
Japan's strength is built around companies such as FANUC, Yaskawa Electric, Kawasaki Heavy Industries and other suppliers of industrial automation equipment.
The country also uses robots extensively. Japan had about 450,500 industrial robots in operation in 2024, according to the IFR, making it the world's second-largest country by operational stock behind China. [1]
Japan's advantage is not based on futuristic humanoids alone.
It is built on something less glamorous but commercially important: reliable industrial machines that can work for years on factory floors.
That includes robots for welding, assembly, handling, painting, packaging and electronics manufacturing.
Japan's next challenge is to maintain its manufacturing leadership while the industry moves towards AI-enabled robots, more flexible automation and machines capable of working in less structured environments.
For now, however, Japan remains the country to beat when it comes to making industrial robots.
China occupies a different position.
It is not the global leader in robot production overall. But no country deploys industrial robots on anything like China's scale.
In 2024, China installed about 295,000 industrial robots, representing 54% of worldwide installations, according to the IFR.
The country's operational stock passed the 2 million mark, the largest in the world. [1]
There is another important shift.
Chinese robotics companies are no longer relying entirely on foreign suppliers. The IFR reported that Chinese manufacturers captured 57% of China's domestic industrial-robot market in 2024, up from about 28% a decade earlier. [1]
That suggests the story is changing from:
China buys robots.
to:
China buys robots, makes robots and increasingly exports robots.
The scale of China's electronics, electric-vehicle, battery and manufacturing industries gives domestic robotics companies an enormous testing ground.
That matters because industrial robotics improves through repeated deployment.
More factories mean more data.
More production lines mean more engineering experience.
More customers mean faster commercial learning.
China's combination of manufacturing scale and government support for advanced manufacturing could make it one of the most important competitors to Japan in the next phase of the global robotics industry.
Germany has spent decades turning automation into an industrial advantage.
It is home to KUKA, one of the world's best-known industrial robot makers, as well as a much wider ecosystem of automation companies, engineering firms and manufacturers.
Germany is also Europe's largest industrial-robot market.
The IFR recorded 26,982 industrial robots installed in Germany in 2024, the fifth-largest annual market worldwide. [1]
The country's strengths extend beyond the machines themselves.
Germany has deep expertise in automotive manufacturing, industrial engineering, factory automation and the broader concept of Industry 4.0.
That combination is important because a robot does not operate in isolation.
It needs sensors.
Software.
Controllers.
Production systems.
Engineers.
Safety systems.
Maintenance.
Data.
Germany's industrial ecosystem has many of those pieces.
The country is therefore important not only because it makes robots, but because it understands how to integrate automation into complex manufacturing systems.
South Korea has a different claim to prominence.
It has the world's highest industrial robot density.
In the latest IFR figures, South Korea had 1,220 robots per 10,000 manufacturing employees, far ahead of most other major economies. [3]
The explanation is closely tied to two industries:
electronics and automobiles.
South Korea has global champions in both areas, creating strong demand for precision automation.
Companies such as Doosan Robotics and Rainbow Robotics are also part of the country's expanding robotics ecosystem.
High robot density tells an important story.
It means South Korea is not simply producing automation technology.
Its factories are heavily designed around it.
That creates a feedback loop: manufacturers need better robots, robotics companies develop better systems, and workers and engineers gain more experience operating automated production environments.
South Korea is consequently one of the countries most prepared for the next stage of factory automation.
The United States is often associated with some of the world's most ambitious robotics projects.
Companies and research organisations have pushed forward developments in autonomous machines, warehouse robotics, artificial intelligence and humanoid robotics.
But there is an important qualification.
The US is not a leading domestic producer of industrial robots in the same way as Japan.
The IFR says the United States imports most of its industrial robots from Japan and Europe, although it has many domestic system integrators that deploy robotic automation. In 2024, the US installed about 34,200 industrial robots. [1]
Its strength therefore lies partly elsewhere.
The United States has enormous advantages in AI, software, cloud computing, venture capital and advanced robotics research.
That could become increasingly important as the industry moves from programmed industrial arms toward machines that can perceive environments, learn tasks and interact with people.
The country may not currently dominate the manufacture of conventional factory robots.
But it is deeply involved in defining what the next generation of robots might become.
Italy is one of Europe's important industrial-automation markets and a significant contributor to the robotics supply chain.
The country has a strong manufacturing base in machinery, automotive production, packaging, food processing and industrial equipment.
It is also home to Comau, a major automation and robotics company with roots in Italy.
Italy's robotics story is less about producing the largest number of machines and more about supplying automation systems to industries where production flexibility matters.
That is increasingly important.
Modern factories are under pressure to manufacture a wider range of products, change production schedules quickly and reduce waste.
Robots that can be integrated into flexible production systems become more valuable.
Italy's industrial engineering tradition gives it a strong position in that market.
The IFR recorded about 8,783 industrial-robot installations in Italy in 2024, making it Europe's second-largest annual market after Germany. [1]
Sweden has long been associated with industrial automation, and its role is particularly visible through ABB's robotics business and the wider Scandinavian engineering ecosystem.
ABB's robotics operation has been one of the world's major industrial robot businesses.
In 2025, ABB announced plans involving a separation of its robotics business, followed later that year by an agreement for SoftBank Group to acquire the division. The transaction was expected to close in 2026. [4] [5]
Ownership, however, does not erase the manufacturing and engineering heritage built in Sweden.
The country's importance illustrates a broader point about the robotics industry:
A robot's nationality can be complicated.
Its company may be headquartered in one country.
Its research may take place in another.
Its components may come from several others.
And the robot may finally be assembled somewhere else.
Sweden remains part of that global industrial robotics network.
Switzerland is not the largest robotics market.
It does not compete with China's installation numbers or Japan's production share.
Its importance comes from engineering quality.
ABB was founded in Switzerland and built a major global robotics business, while the country has a long industrial tradition in automation, precision engineering and advanced manufacturing.
Swiss robotics also benefits from research institutions and companies working at the intersection of robotics, mechanical engineering, medical technology and automation.
The recent change in ownership of ABB's robotics operation demonstrates how quickly the industry's corporate map is changing. SoftBank's agreement to acquire ABB's robotics business for $5.4 billion underlined the growing strategic value of robotics as AI moves closer to physical machines. [5]
Switzerland's role is therefore particularly interesting because it shows that robotics leadership is not only about volume.
Precision matters too.
Denmark is small compared with China, Japan, Germany or the United States.
But its influence on modern robotics is considerably larger than its population or geographic size would suggest.
The country is strongly associated with Universal Robots, a pioneer in collaborative robots, or "cobots".
Cobots are designed to work more closely with people and to be easier to deploy than many traditional industrial robots.
That idea has helped broaden the robotics market.
Factories no longer necessarily need a giant automated production line to justify using a robot.
A smaller manufacturer may be able to install a collaborative robot for machine tending, packaging, assembly or handling.
That opens automation to more businesses.
Denmark's contribution to robotics is therefore partly about changing the market itself.
The question is no longer only:
How can we automate an entire factory?
It is increasingly:
Which individual task should we automate next?
That is an important shift.
Taiwan is better known for semiconductors and electronics manufacturing than for consumer-facing robots.
Yet that may be exactly why it matters.
The island has a highly sophisticated manufacturing ecosystem built around electronics, precision machinery and automation.
Companies such as Delta Electronics operate across industrial automation, motion control, machine vision and related technologies.
The relationship between electronics manufacturing and robotics is becoming closer.
Robots need increasingly sophisticated chips, sensors, cameras, controllers and power electronics.
At the same time, factories producing advanced electronics are among the biggest users of automation.
Taiwan therefore sits at an important intersection between the components that make intelligent machines possible and the factories that use them.
Its role may become even more important as robotics becomes increasingly dependent on AI computing and high-performance electronics.
For decades, industrial robotics was largely a story about mechanical engineering.
A company built an arm.
A factory programmed it.
The robot repeated a task.
That model is changing.
The next generation of robotics is increasingly about combining:
mechanical engineering + sensors + computer vision + AI + software + connectivity.
That changes the competitive landscape.
Japan's manufacturing expertise remains a major advantage.
China has scale and a rapidly expanding domestic robotics industry.
Germany has industrial systems expertise.
South Korea has extraordinary factory automation.
The US has immense strengths in AI and advanced robotics.
Denmark has helped democratise collaborative robotics.
Taiwan has deep electronics expertise.
Switzerland and Sweden have major engineering traditions.
Italy has a strong automation and manufacturing base.
The future may therefore belong less to one country than to networks of countries and companies working across several layers of the robotics stack.
That may be the most interesting question.
China currently dominates deployment.
Japan dominates industrial robot production.
South Korea dominates robot density.
Germany remains Europe's largest robot market.
The United States remains a major force in AI and advanced robotics.
Those positions are not fixed.
China is already increasing the share of its domestic market supplied by Chinese robot manufacturers.
Japan is trying to remain competitive as robotics becomes more intelligent.
American companies are pushing robots into warehouses, logistics, healthcare and humanoid applications.
Europe is attempting to preserve its industrial automation capabilities while dealing with higher costs and changing global competition.
The robotics race is therefore becoming a competition over the entire production chain.
Who designs the robot?
Who makes its motors?
Who supplies its sensors?
Who builds its controllers?
Who writes the software?
Who provides the AI?
Who assembles the machine?
Who operates it?
And, ultimately, who can produce all of this at a competitive cost?
The answer will determine much more than the robotics industry.
It could reshape manufacturing itself.
Robots are often presented as machines that replace workers.
That is only part of the story.
Robots can also address labour shortages, improve consistency, take people away from dangerous tasks and allow factories to operate around the clock.
But the transition creates new demands.
Factories need technicians.
Engineers.
Programmers.
Data specialists.
Maintenance workers.
Cybersecurity professionals.
People who understand both manufacturing and software.
That is why the robotics revolution is also a skills revolution.
The countries that train people to design, operate, maintain and improve automated systems may gain as much from robotics as the countries that manufacture the machines themselves.
Japan's 38% share of global robot production gives it an extraordinary lead.
But the rest of the map is changing.
China's domestic manufacturers are gaining market share.
South Korea is already operating factories with the world's highest robot density.
Germany remains a centre of industrial automation.
The United States is pushing the frontier of AI-powered machines.
Smaller countries such as Denmark, Switzerland and Sweden continue to exert influence far beyond their size.
This means the future of robotics will not be decided by one factory or one company.
It will be decided by an international contest over technology, manufacturing scale, talent, capital and industrial know-how.
And the machines being built today could determine how the world's factories work for decades to come.
You do not have to build a robot to participate in the robotics economy.
The opportunities around robotics extend into software development, AI, machine vision, industrial design, maintenance, digital marketing, automation consulting, education and online services.
Businesses will need people who can explain complex robotics technology to customers.
Manufacturers will need software developers who understand automation.
Training companies will need instructors.
Content creators will need to communicate the technology to a growing audience.
Entrepreneurs can build services around the companies adopting robots—not only around the companies manufacturing them.
That is where a large part of the opportunity may sit.
Robotics is becoming increasingly connected to AI, software, automation and digital business.
For readers who want to understand these technologies and turn digital skills into practical online opportunities, a structured course, book or digital guide can be a more efficient starting point than trying to learn everything from scattered social-media posts.
Recommended digital resource:
Learn practical AI, technology and digital-business skills here
Affiliate disclosure: This article contains an affiliate link. If you purchase through the link, I may earn a commission at no additional cost to you. The recommendation does not affect the editorial analysis above.
[1] International Federation of Robotics, World Robotics 2025 — Industrial Robots, September 25, 2025.
https://ifr.org/worldrobotics/report-2025
[2] International Federation of Robotics, Record 435,000 robots now working in Japan's factories, September 24, 2024.
https://ifr.org/downloads/press2018/2024-SEP-24_IFR_press_release_World_Robotics_2024_-_Japan.pdf
[3] International Federation of Robotics, Transforming North American Economy / Top countries and robot density data.
https://ifr.org/news/
[4] Reuters, ABB to spin off world's second biggest robotics business, April 17, 2025.
https://www.reuters.com/technology/abb-q1-profit-beats-forecasts-company-announces-robotics-spin-off-2025-04-17/
[5] Reuters, SoftBank to buy ABB's robotics business in $5.4 billion deal, October 8, 2025.
https://www.reuters.com/world/asia-pacific/softbank-buy-abbs-robotics-business-54-billion-deal-2025-10-08/
Editorial note: "Leading" in this article does not mean a strict ranking by one statistic. Japan is the clear leader in global industrial-robot production share according to the IFR, while China leads in industrial-robot installations and operational stock. The other countries are included because of their significant manufacturing, engineering, automation, robotics-company or technology ecosystems. Figures and ownership arrangements can change; readers should check current company and IFR data for investment or business decisions.
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