Download Sample, Rising Automation Trends and Government Incentives Strengthen Articulated Robots Market
The swift advancement of industrial automation is a significant factor propelling the articulated robot market. Originally concentrated on enhancing productivity, contemporary automated systems now prioritize better quality, adaptability, and real-time data enhancement, challenging the limits of conventional manufacturing. These systems, spanning from production lines to medical procedures and aerospace studies now integrate artificial intelligence (AI) and machine learning, improving the functions of automated operations. While automation entails managing physical processes using machines and control systems, robotics concentrates on the creation and implementation of programmable robots that have sensors and actuators.
Articulated robots, recognized for their adaptability and accuracy, are becoming increasingly essential in streamlining intricate physical tasks, like those present in automotive assembly and manufacturing workflows. As sectors keep adopting Industry 4.0 technologies such as data collection systems and distributed control systems, articulated robots are recognized as crucial elements of contemporary automated processes. The incorporation of collaborative robots (cobots) significantly boosts the adaptability of automation, allowing robots to function alongside human workers across various tasks. The movement towards more adaptable, AI-powered systems is sustaining the demand for articulated robots, particularly in industries such as automotive, aerospace, electronics, and healthcare.
Governments worldwide are significantly investing in robotics research and development (R&D) to foster innovation and enhance industrial capabilities. In China, the "14th Five-year Plan" for Robot Industry Development and the Intelligent Robots program, backed by a US$ 43.5 million fund, aim to establish China as a global leader in robotics by advancing industrial automation and technology. With a rising robot density in manufacturing, China is poised to expand its robotics market further. In Japan, the "New Robot Strategy" emphasizes becoming a global robotics innovation hub, with more than US$ 930 million allocated for R&D in sectors like manufacturing, healthcare, infrastructure, and agriculture. The Moon-shot Research and Development Program further supports the growth of next-generation robots, with a US$440 million budget.
South Korea’s “Intelligent Robot Plan” and its high robot density make it a global leader in industrial automation, with significant funding for specialized robotics projects, including aerial vehicles. In Europe, Horizon Europe’s US$ 94.3 billion program aims to strengthen Europe's technological base, with US$ 198.5 million dedicated to robotics. Germany also invests US$ 345 million in its high-tech strategy 2025 to support human-robot collaboration. In the U.S., the National Robotics Initiative (NRI3.0) and NASA’s Moon to Mars projects push forward advanced robotics in space exploration, offering substantial funding. These initiatives across multiple regions are propelling the articulated robot market by fostering innovation, improving industrial efficiency, and supporting automation across sectors.
Articulated robots, recognized for their adaptability and accuracy, are becoming increasingly essential in streamlining intricate physical tasks, like those present in automotive assembly and manufacturing workflows. As sectors keep adopting Industry 4.0 technologies such as data collection systems and distributed control systems, articulated robots are recognized as crucial elements of contemporary automated processes. The incorporation of collaborative robots (cobots) significantly boosts the adaptability of automation, allowing robots to function alongside human workers across various tasks. The movement towards more adaptable, AI-powered systems is sustaining the demand for articulated robots, particularly in industries such as automotive, aerospace, electronics, and healthcare.
Governments worldwide are significantly investing in robotics research and development (R&D) to foster innovation and enhance industrial capabilities. In China, the "14th Five-year Plan" for Robot Industry Development and the Intelligent Robots program, backed by a US$ 43.5 million fund, aim to establish China as a global leader in robotics by advancing industrial automation and technology. With a rising robot density in manufacturing, China is poised to expand its robotics market further. In Japan, the "New Robot Strategy" emphasizes becoming a global robotics innovation hub, with more than US$ 930 million allocated for R&D in sectors like manufacturing, healthcare, infrastructure, and agriculture. The Moon-shot Research and Development Program further supports the growth of next-generation robots, with a US$440 million budget.
South Korea’s “Intelligent Robot Plan” and its high robot density make it a global leader in industrial automation, with significant funding for specialized robotics projects, including aerial vehicles. In Europe, Horizon Europe’s US$ 94.3 billion program aims to strengthen Europe's technological base, with US$ 198.5 million dedicated to robotics. Germany also invests US$ 345 million in its high-tech strategy 2025 to support human-robot collaboration. In the U.S., the National Robotics Initiative (NRI3.0) and NASA’s Moon to Mars projects push forward advanced robotics in space exploration, offering substantial funding. These initiatives across multiple regions are propelling the articulated robot market by fostering innovation, improving industrial efficiency, and supporting automation across sectors.
Improved Capabilities with Adoption in Non-traditional Sectors Opened up New Revenue Streams
Initially articulated robot was presented for its application in production methods. Since their preliminary application, they have progressed considerably and become essential to various sectors, such as automotive, aerospace, healthcare, and research. However, the significance of articulated robots is rooted in their capacity to enhance efficiency, precision, and safety in a range of tasks. These robots are engineered to carry out repetitive and perilous activities that are frequently too challenging or risky for humans to handle in various applications. Consequently, they have aided in boosting productivity and minimizing the likelihood of workplace incidents. In addition, with the traditional characteristics and features, robots with improved sensory capabilities, improved mobility, artificial intelligence and the trend of miniaturization will propel the market growth during the forecast period.
Moreover, with the progress of sensor technology, articulated robots will increasingly be able to perceive and react in more complex ways toward surroundings. This will allow the robots to adjust to the changing environments and perform more complex tasks. For instance, in November 2024, Mitsubishi Electric Automation said that its new MELFA RV12CRL vertical articulated robot arm was available for providing high-quality and high-performance performance at a very competitive price. The RV12CRL is the newest member in Mitsubishi Electric's growing line-up of industrial robots, which gives manufacturers an excellent flexible and cost-effective solution to a wide variety of applications, such as machine tending, case packing, and pick and place operations. While, improvements in mobility technology, such as the creation of innovative actuators and locomotion systems, will enable articulated robots to navigate more efficiently and effectively across diverse environments.
Apart from this, AI in articulated robots is leading the way in industrial automation. Incorporating artificial intelligence and machine learning algorithms into articulated robots will allow them to learn and adjust to new tasks and surroundings more swiftly and effectively. However, AI enables articulated robots to execute tasks more swiftly and precisely. AI technologies extract information from visual sensors, including 2D or 3D cameras, to analyze and comprehend scenes while identifying and categorizing objects. Additionally, sectors such as food processing, agriculture, and construction are projected to embrace increased robotics by 2025.
In these areas, robots are already performing difficult tasks, from managing food items to assisting in building projects and enhancing productivity in sectors that have traditionally depended on manual labour. Articulated robots are employed for activities such as item picking and placing, packaging, and assembly in food manufacturing lines. Such a rise in adoption of articulated robots across various industries will fuel market growth in the near future.
Moreover, with the progress of sensor technology, articulated robots will increasingly be able to perceive and react in more complex ways toward surroundings. This will allow the robots to adjust to the changing environments and perform more complex tasks. For instance, in November 2024, Mitsubishi Electric Automation said that its new MELFA RV12CRL vertical articulated robot arm was available for providing high-quality and high-performance performance at a very competitive price. The RV12CRL is the newest member in Mitsubishi Electric's growing line-up of industrial robots, which gives manufacturers an excellent flexible and cost-effective solution to a wide variety of applications, such as machine tending, case packing, and pick and place operations. While, improvements in mobility technology, such as the creation of innovative actuators and locomotion systems, will enable articulated robots to navigate more efficiently and effectively across diverse environments.
Apart from this, AI in articulated robots is leading the way in industrial automation. Incorporating artificial intelligence and machine learning algorithms into articulated robots will allow them to learn and adjust to new tasks and surroundings more swiftly and effectively. However, AI enables articulated robots to execute tasks more swiftly and precisely. AI technologies extract information from visual sensors, including 2D or 3D cameras, to analyze and comprehend scenes while identifying and categorizing objects. Additionally, sectors such as food processing, agriculture, and construction are projected to embrace increased robotics by 2025.
In these areas, robots are already performing difficult tasks, from managing food items to assisting in building projects and enhancing productivity in sectors that have traditionally depended on manual labour. Articulated robots are employed for activities such as item picking and placing, packaging, and assembly in food manufacturing lines. Such a rise in adoption of articulated robots across various industries will fuel market growth in the near future.
Recent Trends in Articulated Robots Market
- Rise in demand from manufacturing industries
- Increasing robotic complexity has also increased the demand for high-precision and highly reliable PCBAs
- A significant trend in articulated robotics is the integration with IoT
- Increased adoption of refurbished robots as a more cost-effective solution
- There's a growing emphasis on making robots more energy-efficient and eco-friendly
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High Cost, Maintenance, Complexities and Speed Limitation Will Impede the Market Growth
The price of industrial robots can differ significantly based on several factors and could be a potent market restraint. Robots from established companies such as Universal Robots or FANUC may cost more than those from newer brands like Standard Bots. In addition, advanced attributes such as AI functionalities, six-axis motion, and visual systems may increase the cost. For instance, a premium robot featuring cutting-edge technology might need an average cost ranging from US$100,000, whereas a basic robotic arm could be priced at approximately US$20,000. However, payload and accuracy are some of the other factors taking into the consideration cost of articulated robots.
The greater the payload capacity and the more accurate the movements, the pricier the robot. For instance, standard Bots' RO1 offers a top-tier payload capacity of 18 kg at a competitive price. Robots that can carry heavier loads (often in the hundreds of kg) generally have a much higher price. Apart from this, robots intended for robust industrial uses typically need stronger materials and more regular maintenance, increasing the total cost. Furthermore, speed is one of the major limitations to the adoption of articulated robots. They cannot achieve the same efficiency as other kinds of robots that perform tasks at high speeds.
Due to their many joints and range of motion, they need intricate kinematics to control their movement. They possess greater component mass, creating an inertial barrier to surmount with each direction change. Apart from this, programming articulated robots can be intricate and time-intensive, demanding specialized skills and knowledge. Additionally, articulated robots necessitate considerable room for operation, which may pose a challenge in more compact facilities. Articulated robots might find it challenging to execute tasks in everchanging or uncertain environments since they are designed to carry out particular tasks within a fixed setting. Such potent factors are hampering the market growth.
The greater the payload capacity and the more accurate the movements, the pricier the robot. For instance, standard Bots' RO1 offers a top-tier payload capacity of 18 kg at a competitive price. Robots that can carry heavier loads (often in the hundreds of kg) generally have a much higher price. Apart from this, robots intended for robust industrial uses typically need stronger materials and more regular maintenance, increasing the total cost. Furthermore, speed is one of the major limitations to the adoption of articulated robots. They cannot achieve the same efficiency as other kinds of robots that perform tasks at high speeds.
Due to their many joints and range of motion, they need intricate kinematics to control their movement. They possess greater component mass, creating an inertial barrier to surmount with each direction change. Apart from this, programming articulated robots can be intricate and time-intensive, demanding specialized skills and knowledge. Additionally, articulated robots necessitate considerable room for operation, which may pose a challenge in more compact facilities. Articulated robots might find it challenging to execute tasks in everchanging or uncertain environments since they are designed to carry out particular tasks within a fixed setting. Such potent factors are hampering the market growth.
Expanding Product Portfolios with Innovative Automation Solution by Global Leaders Will Lead the Market Development
As industrial expansion continues to expand, there will be a need for the most featured and advanced robotic solutions across various industries owing to different applications. Key players are addressing the need by developing innovative robots with varied payload capacity and properties or features which results in more market adoption across the globe. For instance, in May 2024, Comau showcased its innovative automation solutions at Automate 2024, including the debut of the S-Robot Family which is a compact, water and dust-resistant welding and handling robot.
Other highlights include MI.RA/One Picker, an intelligent piece-picking system, and the MATEXB and MATEXT wearable exoskeletons, are designed to support workers during bending, lifting, and overhead tasks. These advancements underscore Comau's commitment to sustainable, flexible automation across diverse industries. In addition, in May 2024, ABB Robotics further expanded its modular large robot portfolio by the launching of the IRB 7710 and IRB 7720. Alongside the recently launched IRB 5710, IRB 5720, IRB 6710, and IRB 6740, these new robots offer a total of 46 variants, with payload capacities ranging from 70kg to 620kg. This expansion provides customers with greater flexibility, performance, and choice to optimize their operations.
Other highlights include MI.RA/One Picker, an intelligent piece-picking system, and the MATEXB and MATEXT wearable exoskeletons, are designed to support workers during bending, lifting, and overhead tasks. These advancements underscore Comau's commitment to sustainable, flexible automation across diverse industries. In addition, in May 2024, ABB Robotics further expanded its modular large robot portfolio by the launching of the IRB 7710 and IRB 7720. Alongside the recently launched IRB 5710, IRB 5720, IRB 6710, and IRB 6740, these new robots offer a total of 46 variants, with payload capacities ranging from 70kg to 620kg. This expansion provides customers with greater flexibility, performance, and choice to optimize their operations.
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Asia Pacific Leads the Global Articulated Robot Market with Highest Adoption Over the Globe
Asia Pacific is the dominating region in the articulated robots market with the top production and integration in various industries with more installations. As the growing implementation of automation in the manufacturing industry, manufacturers are progressively depending on robots in nations such as China and Japan to enhance operational efficiency, lower labour expenses, and satisfy elevated production requirements. For instance,, the International Federation of Robotics (IFR) has disclosed that there are now 4.28 million industrial robots functioning in factories globally, as stated in its World Robotics 2024 report. This signifies a 10% rise, with more than half a million additional robots installed for the third straight year.
The report by the Federation of Robotics highlights that in 2023, 70% of newly deployed robots were installed in Asia. China remains the leading market globally for industrial robots. In 2023, it set up 276,288 robots, representing 51% of worldwide installations. Chinese domestic producers are swiftly growing, with their market share rising to 47%. China's total working stock of robots is approaching 1.8 million units, establishing it as the first nation to achieve this landmark. Demand is anticipated to keep rising, with estimates of 510% yearly growth in Chinese manufacturing through 2027. Japan continued to be the second largest market, with 46,106 units installed in 2023, reflecting a 9% decrease.
The nation's need for robots is expected to level off in 2024 before bouncing back in 2025. At the same time, South Korea, the fourth biggest market, recorded a 1% decline in installations to 31,444 units, whereas India witnessed substantial growth, rising by 59% to 8,510 units. Moreover, Europe is the fastest expanding area, with robot installations hitting a historic 92,393 units, primarily fuelled by the automotive sector. Germany, the biggest market in the continent, experienced a 7% rise in installations, reaching a total of 28,355 units. The UK experienced a significant increase in robot installations, rising by 51% to a total of 3,830 units, mainly propelled by investments in the automotive industry.
The report by the Federation of Robotics highlights that in 2023, 70% of newly deployed robots were installed in Asia. China remains the leading market globally for industrial robots. In 2023, it set up 276,288 robots, representing 51% of worldwide installations. Chinese domestic producers are swiftly growing, with their market share rising to 47%. China's total working stock of robots is approaching 1.8 million units, establishing it as the first nation to achieve this landmark. Demand is anticipated to keep rising, with estimates of 510% yearly growth in Chinese manufacturing through 2027. Japan continued to be the second largest market, with 46,106 units installed in 2023, reflecting a 9% decrease.
The nation's need for robots is expected to level off in 2024 before bouncing back in 2025. At the same time, South Korea, the fourth biggest market, recorded a 1% decline in installations to 31,444 units, whereas India witnessed substantial growth, rising by 59% to 8,510 units. Moreover, Europe is the fastest expanding area, with robot installations hitting a historic 92,393 units, primarily fuelled by the automotive sector. Germany, the biggest market in the continent, experienced a 7% rise in installations, reaching a total of 28,355 units. The UK experienced a significant increase in robot installations, rising by 51% to a total of 3,830 units, mainly propelled by investments in the automotive industry.
The report provides a detailed overview of the articulated robots market insights in regions including North America, Latin America, Europe, Asia Pacific and the Middle East and Africa. The country-specific assessment for articulated robots’ market has been offered for all regional market share, along with forecasts, market scope estimates, price point assessment, and impact analysis of prominent countries and regions. Throughout this market research report, YoY growth and CAGR estimates are also incorporated for every country and region, to provide a detailed view of the articulated robots market. These YoY projections on regional and country level markets brighten the political, economic and business environment outlook, which are anticipated to have a substantial impact on the growth of the articulated robots market. Some key country and region included in the articulated robots market report as follows:
| North America | United States, Canada |
| Latin America | Brazil, Mexico, Argentina, Colombia, Chile, Rest of Latin America |
| Europe | Germany, United Kingdom, France, Italy, Spain, Russia, Poland, Netherlands, Switzerland, Belgium, Sweden, Austria, Norway, Denmark, Finland, Czech Republic, Rest of Europe |
| Asia Pacific | China, India, Japan, South Korea, Australia & New Zealand, Indonesia, Singapore, Malaysia, Vietnam, Thailand, Rest of Asia Pacific |
| Middle East and Africa | GCC Countries, South Africa, Nigeria, Egypt, Turkey, Morocco, Algeria, Israel, Iran, Kenya, Rest of MEA |
Articulated robots Market Research Report Covers in Depth Analysis on:
- Articulated robots market detailed segments and segment-wise market breakdown
- Articulated robots market dynamics (Recent industry trends, drivers, restraints, growth potential, opportunities in articulated robots industry)
- Current, historical, and forthcoming 10 years market valuation in terms of articulated robots market size (US$ Mn), volume (Units), share (%), YoY growth rate, CAGR (%) analysis
- Articulated robots market demand analysis
- Articulated robots market pricing analysis over the forecast period (by key segment and by region)
- Articulated robots market regional insights with region wise market breakdown
- Competitive analysis – key companies profiling including their market share, product offerings, and competitive strategies.
- Latest developments and innovations in the articulated robots market
- Regulatory landscape by key regions and key countries
- Supply chain and value chain analysis in the articulated robots market
- Articulated robots market sales and distribution strategies
- A comprehensive overview of the parent market
- A detailed viewpoint on the articulated robots market forecast by countries
- Mergers and acquisitions in the articulated robots market
- Essential information to enhance market position
- Robust research methodology
- Frequently Asked Questions -
What factors are driving the growth of the articulated robots market?
The growth of the articulated robots market is driven by advancements in automation technologies, the need for precision in production processes, and increased adoption in industries such as automotive, electronics, and healthcare.
What are the challenges in implementing articulated robots in manufacturing?
Challenges include high initial investment costs, the need for skilled personnel to program and maintain the robots, and integration complexities with existing machinery and processes in a factory setup.
What is the expected future of the articulated robots market?
The articulated robots market is expected to expand due to increasing automation in various industries, technological advancements in AI and machine learning, and the growing demand for customized solutions for different applications.
