Category: Robotics

Why robotics has become one of today’s most strategic industries

Robotics is no longer a narrow factory-automation category. In 2025 and early 2026, it is clearer than ever that robotics is becoming a strategic layer of the modern economy. It now shapes advanced manufacturing, healthcare, logistics, warehouse operations, inspection, mobility, and the broader competitiveness of nations.

This is exactly why World Future Awards prepared its Top 20 Robotics Companies of the World research. The goal is not simply to highlight large names, but to examine the countries, companies, and technology shifts defining the global robotics market today.

The strongest robotics companies are no longer just selling machines. They are building intelligent systems that combine hardware, software, sensing, vision, control, and increasingly AI-enabled capabilities into scalable platforms for the real economy. That shift is what makes robotics one of the most important strategic industries to watch.

As of April 2026, the latest globally audited installation totals published by the International Federation of Robotics still refer to 2024 deployments. For that reason, this updated World Future Awards article combines the newest official global benchmark data released in 2025 and 2026 with 2025 company disclosures and market signals. This provides the freshest reliable picture currently available, without overstating what has and has not yet been officially reported.

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The latest official market baseline

The latest official market baseline remains strong. According to IFR’s World Robotics 2025 release, 542,000 industrial robots were installed worldwide in 2024. Annual installations stayed above 500,000 units for the fourth consecutive year, while the global operational stock reached 4.664 million units.

In January 2026, the International Federation of Robotics also said that the market value of industrial robot installations had reached an all-time high of US$16.7 billion. Together, these figures confirm that robotics is operating at true global scale and continues to attract long-term industrial investment.

This matters because the robotics industry is no longer defined only by factory arms and repetitive automation. It now includes collaborative robots, autonomous mobile robots, medical robotics, drones, precision systems, and intelligent service platforms. The market is becoming broader, more software-driven, and more deeply integrated into real-world operations.

Where robotics leadership is concentrated

Robotics leadership is not only about market size. It is also about how deeply automation is embedded into a country’s industrial base.

According to the IFR April 2026 robot density update, Western Europe reached 267 robots per 10,000 manufacturing employees in 2024, ahead of North America at 204 and Asia at 131. At country level, South Korea remains the global benchmark for automation intensity with 1,220 robots per 10,000 employees. Singapore follows with 818, Germany with 449, and Japan with 446. The United States ranks eighth worldwide with 307.

These numbers are important because they show that robotics leadership is not just about buying robots. It is about embedding robotics deeply into industrial systems, productivity models, and national competitiveness.

China: the scale leader

China remains the scale leader in the global robotics market. IFR says that 295,000 industrial robots were installed in China in 2024, representing 54% of all global deployments. The country’s operational stock exceeded 2 million units. That is the clearest signal of where manufacturing-scale automation is happening fastest. IFR also notes that China still has significant room for further adoption and sees potential for robot demand in the country to continue growing by around 10% annually on average through 2028.

Japan: manufacturing depth and robotics production

Japan remains one of the most important robotics countries in the world for a different reason. It combines a large domestic market with deep manufacturing capability and a powerful base of robot producers. IFR continues to describe Japan as the world’s predominant robot manufacturing country. In 2024, Japan installed 44,500 industrial robots and had an operational stock of 450,500 units. IFR expects demand in Japan to grow slightly in 2025 before accelerating again at a medium single-digit pace in the years ahead.

Germany: Europe’s industrial robotics anchor

Germany remains Europe’s industrial robotics anchor. IFR recorded 26,982 robot installations in Germany in 2024, making it the largest robotics market in Europe and the fifth-largest worldwide. Germany also benefits from a strong engineering base, advanced system-integration expertise, and national R&D support. IFR notes that Germany’s High-Tech Strategy 2025 and related robotics research action plan are designed to strengthen research networks, skilled talent, and application-driven robotics innovation.

United States: high-value and frontier robotics

The United States stands out in high-value robotics segments such as surgical robotics, mobile systems, autonomous platforms, AI-enabled robotics, and software-centric deployment. IFR reports that robot density in the United States reached 307 in 2024. The country is also supported by major public research activity through institutions such as the NSF, NASA, and the Department of Defense. This helps explain why the U.S. remains especially influential in frontier robotics segments, even though it is not the global leader in manufacturing robot density.

2025 company signals: what robotics scale looks like now

One of the clearest signs of fresh 2025 momentum comes from medical robotics. Intuitive reported preliminary 2025 revenue of approximately US$10.06 billion, up 21% from 2024. The company also reported roughly 3.153 million da Vinci procedures in 2025, an 18% increase year over year, and more than 12,100 systems in its installed base by year-end.

These are not marginal figures. They show that robotics in healthcare is now being deployed at major commercial and clinical scale, supported by recurring procedure growth and an expanding installed base.

Industrial robotics leaders also continue to show major scale in 2025. KUKA’s 2025 annual report describes the group as a global automation corporation with around €3.9 billion in sales and roughly 14,542 employees. FANUC’s Integrated Report 2025 says its ROBOT division recorded sales of ¥329,566 million for the year ended March 31, 2025, accounting for 41.3% of consolidated net sales.

These company signals reinforce a simple point: the global robotics sector is being shaped by a relatively small group of highly scaled companies whose influence extends far beyond individual product launches.

Why these Top 20 companies stand out

The medium-term growth case for robotics remains strong. In March 2026, IFR said that global industrial robot installations are forecast to surpass 700,000 units in 2028, representing a CAGR of about 7% from 2025 to 2028.

This suggests that the next phase of robotics growth will not be driven by one sector alone. It will be supported by a broader convergence of industrial automation, labor constraints, AI-enabled perception, autonomous mobility, and new deployment models across both manufacturing and services.

That is exactly why WFA’s Top 20 Robotics Companies of the World should be read as more than a list of major names. The companies in the accompanying spreadsheet represent different layers of the robotics stack: industrial arms, collaborative robots, autonomous mobile robots, medical platforms, drones, precision automation, and service systems.

Together, they show that robotics leadership today is distributed across multiple segments. The common denominator is the ability to turn intelligent automation into dependable real-world performance.

Conclusion

For World Future Awards, the core conclusion is clear. Robotics is no longer a peripheral technology theme. It is one of the defining strategic industries of the coming era.

China leads in scale. South Korea leads in automation intensity. Japan remains central to robotics manufacturing capability. Germany anchors European industrial robotics. The United States continues to shape high-value and frontier categories.

The companies that matter most are those building complete, intelligent, and deployable systems rather than isolated machines. That is the lens through which the global robotics market should now be understood.

As a companion to this article, we invite our readers to explore the Top 20 Robotics Companies of the World spreadsheet, which offers a curated overview of the companies, countries, and capabilities shaping today’s global robotics landscape.

Country	Why it matters in robotics	WFA analytical take
🇰🇷 South Korea	Automation intensity leader	Highest robot density in the world at 1,220 robots per 10,000 manufacturing employees. Strong electronics and automotive demand make it a benchmark for factory automation.
🇨🇳 China	Scale leader	By far the world’s largest industrial robot market: 295,045 installations in 2024, 54% of global installations, and roughly 2 million robots in operation.
🇯🇵 Japan	Manufacturing and robotics supply-chain leader	A top-five robot market and one of the world’s most important robot-manufacturing nations, home to FANUC, Yaskawa, Kawasaki, DENSO, Mitsubishi Electric, and Epson.
🇩🇪 Germany	Europe’s industrial robotics leader	Europe’s largest robot market and third worldwide by robot density at 449. Germany remains a core base for industrial automation, systems engineering, and high-value manufacturing.
🇺🇸 United States	Service, medical, and advanced mobile robotics leader	The U.S. ranks 8th worldwide in robot density at 307 and is especially strong in surgical robotics, warehouse robotics, field robotics, AI integration, and next-generation humanoids.
🇨🇭 Switzerland	Precision automation and robotics champion	Switzerland punches above its size with globally important robotics and automation players such as ABB and Stäubli, plus a high-value industrial base.
🇩🇰 Denmark	Cobot and AMR innovation cluster	Denmark is a global reference point for collaborative robots and autonomous mobile robots, led by Universal Robots and MiR in Odense’s robotics ecosystem

Rank	Company	Segment	Short overview
1	ABB Robotics, Switzerland	Industrial, collaborative, and mobile robotics	One of the world’s leading robotics suppliers, with industrial robots, cobots, AMRs, software, and automation solutions across automotive, electronics, logistics, and general industry.
2	FANUC, Japan	Industrial robotics and factory automation	A global automation heavyweight with one of the industry’s broadest robot portfolios, spanning compact units, heavy-payload robots, collaborative robots, and paint robots.
3	Yaskawa Electric, Japan	Industrial robots and motion control	Maker of the MOTOMAN line and a long-standing leader in industrial robotics, motion control, and factory automation with deep strength in welding, handling, and assembly.
4	KUKA, Germany	Industrial robots, software, intralogistics	A major European automation champion combining industrial robots, systems integration, software, and warehouse automation for manufacturing and intralogistics.
5	Kawasaki Robotics, Japan	Industrial, collaborative, and specialized robots	A pioneer of industrial robotics in Japan with solutions spanning welding, handling, palletizing, collaborative robotics, and specialized medical and pharma applications.
6	Universal Robots, Denmark	Collaborative robots (cobots)	The company that helped define the modern cobot category, with easy-to-deploy collaborative robot arms used widely by manufacturers and SMEs.
7	Mobile Industrial Robots (MiR), Denmark	Autonomous mobile robots (AMRs)	A leading AMR company focused on internal transport and material handling in factories, warehouses, and healthcare environments.
8	OMRON, Japan	Industrial robotics and integrated automation	OMRON combines industrial robots, AMRs, machine vision, sensing, and control systems to deliver end-to-end manufacturing automation.
9	Mitsubishi Electric, Japan	Industrial robots and factory automation	Through its MELFA robotics portfolio, Mitsubishi Electric serves precision manufacturing, electronics, and automated production environments.
10	DENSO WAVE, Japan	Small industrial robots and automation	A strong global player in compact industrial robotics, especially for high-speed, high-precision factory applications including electronics and component assembly.
11	Stäubli Robotics, Switzerland	Industrial robots for precision environments	Known for highly reliable robots used in demanding sectors such as electronics, cleanroom production, pharma, food, and advanced manufacturing.
12	Comau, Italy	Industrial automation and advanced robotics	An Italian automation leader with strong capabilities in robotics, digital manufacturing, electrification, and flexible industrial systems.
13	Intuitive, United States	Surgical robotics	The pioneer of robotic-assisted surgery, best known for the da Vinci platform and its leadership in minimally invasive robotic care.
14	Boston Dynamics, United States	Highly mobile and field robotics	A globally recognized robotics company building advanced mobile robots for industrial inspection, logistics, and next-generation humanoid applications.
15	DJI, China	Aerial robotics and intelligent platforms	The world’s most influential commercial drone company, with robotics capabilities spanning aerial imaging, industrial inspection, agriculture, logistics, and autonomous systems.
16	SIASUN, China	Industrial, mobile, and service robots	One of China’s largest robotics companies, covering industrial robots, mobile robots, special robots, and automation solutions for multiple industries.
17	ESTUN, China	Industrial robots and motion control	A major Chinese automation and robotics group with strengths in industrial robots, motion control, and production digitalization.
18	ECOVACS, China	Consumer and service robotics	A global consumer robotics leader best known for robotic floor-care systems, with a large installed base and broad international footprint.
19	Doosan Robotics, South Korea	Collaborative robots	One of the world’s fastest-growing cobot players, strong in high-payload collaborative robots and industrial automation use cases.
20	Epson Robots / Seiko Epson, Japan	SCARA and precision industrial robots	A long-established robotics business with major strength in SCARA robots and precision automation for electronics, medical, and small-parts manufacturing.

This research reflects WFA’s editorial-analytical review of the global robotics sector, based on official 2025/2026 market releases and the most recent company disclosures available as of April 2026. The accompanying Top 20 Robotics Companies of the World list is designed as a curated industry shortlist rather than a pure revenue ranking.

Locus Robotics, a pioneer in AI-enabled warehouse automation, has been awarded a respected World Future Awards for Best Robotics Solutions in Logistics and Supply Chain Management for 2024. Locus Robotics is dedicated to revolutionizing warehouse operations through innovative technology and exceptional service.

Locus Robotics specializes in autonomous mobile robots (AMRs) that optimize warehouse productivity, operational efficiency, and workplace safety. Designed for flexibility and scalability, Locus’ robotic solutions integrate into any warehouse environment, from brownfield to greenfield setups, multi-level facilities, and narrow aisles.

Their purpose-built AMRs deliver unparalleled productivity gains, reducing labor costs by up to 50% while boosting efficiency 2-3 times. The company empowers businesses to achieve rapid ROI with our Robots-as-a-Service (RaaS) model, ensuring operational agility and cost-effectiveness.

Locus Robotics offers a diverse range of robotic solutions tailored to various industry needs. Whether optimizing fulfillment, transport, or material handling, Locus’ robots are equipped with state-of-the-art navigation and vision systems to operate safely alongside human workers in dynamic environments.

Locus Robotics is your trusted partner in operational excellence. Their Customer Success team ensures effortless deployment and ongoing support, enabling their clients to maximize efficiency from day one. Visit https://locusrobotics.com/ for more information today.

About Locus Robotics

Locus Robotics is a leading provider of AI-driven warehouse automation solutions. Founded on a commitment to innovation and customer success, Locus Robotics empowers businesses worldwide to streamline operations and achieve sustainable growth through intelligent automation.

Electric cars with autopilot have not yet become commonplace on public roads, but they no longer cause much trepidation. However, when an unconventional, tiny Nuro R2 vehicle hits the road, it will at least attract your attention. And when you see that there is no driver or passengers in this car, but only goods on their way from stores to customers, you may be surprised even more. As soon it becomes obvious to you that this humble car is meant to redefine the AV delivery industry and make the world a slightly more comfortable and safer place, you are likely to take an interest and respect for it and its creators. That interest is further fueled by the fact that this year, Nuro, the car’s developer, was named winner of the World Future Awards in the category of Self-Driving Vehicle That Delivers Products to Buyers.

Nuro R1. First generation

Nuro is an autonomous delivery company founded in 2016 by former Google employees Dave Ferguson and Jiajun Zhu, who worked on the Google self-driving car project, now known as Waymo. In 2018, the firm unveiled its prototype robotic delivery vehicle R1. This electric robotic delivery vehicle was designed solely for delivery services, with no driver or passenger seating.

The R1 was equipped with a full set of radar, sonar, and lidar to move fully on the roadway, obeying all traffic rules and not endangering other road users and pedestrians. The R1 had extremely compact dimensions, with its height below the average human height and width of less than a meter. The refusal to carry passengers made the car much cheaper to produce and eliminated a number of complexities in design and operation.

Nuro R2

In 2020, the Nuro team unveiled a new, improved autonomous delivery vehicle, the R2. This generation features a stronger body, a 360-degree vision system that represents the road without any blind spots, a new sensor system, increased interior space without increasing the vehicle’s dimensions, and increased battery capacity to run all day.

Nuro has received permits from the US Department of Transportation (DOT) and the National Highway Traffic Safety Administration (NHTSA) to test the R2 on public roads as a self-driving car without mirrors or pedals. In doing so, the R2 travels at speeds of no more than 25 miles per hour.

Philosophy

R2 is an effective tool with which the Nuro team fulfills its mission of improving everyday life through robotics. Autonomous vehicle delivery offers a new approach to local commerce, providing faster, more convenient, more economical, and safer delivery of goods from stores directly to customers. It allows users to use conventional cars less, unload roads, and free up their own time to devote to the people and activities they love.

How it works

Nuro has teamed up with popular brands to deliver sought-after products fully autonomously and safely. Its list of partners includes Walmart, FedEx, Chipotle, Domino’s, Kroger, and CVS Pharmacy. Customizable compartments and a large payload allow the R2 to carry a wide range of loads, from pizzas to large grocery bags.

To use R2’s services, users must place a delivery order with one of the listed partners and select «Self-Driving Vehicle.» Once Nuro’s self-driving bot picks up the order and sets off, the user will receive a link to track the vehicle. When the R2 arrives at the address, Nuro will send the user a message with an access code that must be entered in order to receive the order. To avoid confusion and to ensure the safety of goods, different orders are neatly separated from each other inside the vehicle.

Nuro currently provides fully autonomous delivery to customers in Houston, Silicon Valley, and Greater Phoenix.

Over the past few years, the food delivery industry has become an impressive testing ground for innovative technological solutions in logistics, robotics, workflow design and more. Coco, a leading robotic delivery service, is a shining representative of the industry, offering an elegant solution that combines robotics and human capabilities to deliver orders more quickly and safely than car-based delivery. This year, Coco’s efforts were recognized by the World Future Awards research team, who named the company the winner in the Last-Mile Delivery Automation category.

World Future Awards is a global award selecting, recognizing, celebrating, and promoting the best products, software, and services that will transform the global economy and define the landscape of the future. The organization researches inventions across all categories, including technology, beauty, health care, food, home, and entertainment that make the world better, smarter or even a bit more fun.

Coco applies advanced technology and a human-centered approach to improve the quality of life for communities by deploying affordable, reliable and sustainable last-mile delivery vehicles. Its remote-controlled delivery robot, the Coco 1, was developed in partnership with micromobility manufacturer Segway and can hold up to four bags of groceries. The vehicle also has a three-mile range, several cameras and GPS sensors, and a double-insulated cargo to preserve food safety and quality.

Unlike other competitors in the market, Coco does not rely on autonomous technology to operate its robots. Instead, the company’s fleet is driven remotely by human pilots via teleoperation technology and a 360-degree external camera view of real-time surroundings. This approach gives Coco complete control over its service quality and allows it to deploy at scale in urban environments while collecting invaluable real-world delivery data. Its friendly-looking robots are also crowd-pleasers that attract plenty of pedestrian attention as they safely deliver food with a 97% on-time rate. Coco currently operates in Los Angeles, Austin, and Houston, with plans for expansion into other major U.S. cities on the horizon.

Art rarely becomes a natural part of everyday life. Great paintings occupy a place of honor on walls, sculptures remain silent on their pedestals, and timeless music delights the ear with its invisible beauty. But what if a work of art becomes a functional part of your interior, bringing a unique, meditative experience to your daily life? Sisyphus, the Kinetic Art Table, has combined art, technology, and design to bring peace and relaxation to your inner and outer space. This masterpiece of tradition and innovation was recognized as this year’s winner of World Future Awards in the category of Best Kinetic Table.

World Future Awards is a global award selecting, recognizing, celebrating, and promoting the best products, software, and services that will transform the global economy and define the landscape of the future. The organization researches inventions across all categories, including technology, beauty, health care, food, home, and entertainment, that are making the world better, smarter or even a bit more fun.

The creators of the Sisyphus Kinetic Table have harnessed advanced technology and creativity to fill your home with the enchanting and hypnotizing ancient aesthetic of the Zen garden. An age-old meditative tradition fused with the latest in science and technology, allowing the WFA Expert Board to appreciate the work and achievements of the Sisyphus team.

Sisyphus is a functional handcrafted kinetic table with a glass top, under which there is a thin layer of sand with a steel ball. The two-motor Sisbot robot installed under the table moves a magnet that pulls the ball along the sand. Moving through the sand along a preset trajectory, the ball «draws» mesmerizing patterns, drawings, or inscriptions. You can control the table with a mobile app or via a web browser by connecting to Sisyphus via WiFi. So you can select ready-made trajectories with the mobile app or add new paths you have made yourself.

Several table options are available in materials, lighting, and sizes. The base of the table can be made of metal or wood. Mostly RGBW lighting is used, but Natural White and Warm White options are also available.

If the world of the future is a better place where people can expect a more comfortable and safer life, then it is certain that Nuro is making that future closer every day. This autonomous delivery startup has already shown its capabilities in several communities, and the company is gaining momentum. This year, the World Future Awards are pleased to recognize the achievements of the Nuro team and the great potential of its technology and declare it the winner in the category of Self-Driving Vehicle That Delivers Products to Buyers.

World Future Awards is a global award selecting, recognizing, celebrating, and promoting the best products, software, and services that will transform the global economy and define the landscape of the future. The organization researches inventions across all categories, including technology, beauty, health care, food, home, and entertainment, that are making the world better, smarter, or even a bit more fun.

Nuro is a self-driving delivery firm founded in 2016 and based in Mountain View, California. The company sees its mission as providing a better daily life through robotics. To that end, the electric self-driving delivery vehicle R2 was developed and unveiled in 2020. The first areas where Nuro’s R2s hit the roads were Houston, Greater San Jose, and Greater Phoenix.

The R2 is a unique type of vehicle, designed exclusively to carry things but not people (drivers or passengers). The compact vehicle resembles a golf car in dimensions, much narrower and nimbler than a conventional passenger car. The Nuro team focused on the safety and well-being of other road users, the low cost of the vehicle, and the development of hardware and software for the further implementation of autonomous technologies.

Nuro currently cooperates with Domino’s, Walmart, Kroger, FedEx, Chipotle, and CVS Pharmacy. Partnerships with leading stores and services reduce the number of trips to stores, increase safety in neighborhoods, and give people more time to do the things they love to do.

To take advantage of offline delivery by R2, a user only needs to make an online order with one of Nuro’s partners. After placing an order for delivery, you must select «self-driving vehicle». Once R2 picks up the product, the buyer receives a link to track its movement and an access code to retrieve the order. When R2 arrives at the address, the user uses the access code and picks up their order, separated from other products in the vehicle.