Industrial Robots (Global Market)

Main article: Industrial robots

2024

The volume of the global market for industrial painting robots for the year reached $3.71 billion

At the end of 2024, the costs in the global market of industrial robots for painting amounted to $3.71 billion. Almost 40% of this amount fell on the Asia-Pacific region. Such data are provided in a Fortune Business Insights study, the results of which TAdviser reviewed in early October 2025.

Analysts are considering sales of robotic paint complexes - automated systems for accurate and uniform application of paint coatings. Such installations are used for painting large objects, for example, car bodies. The use of robots provides significant savings in consumables. These systems form a uniform paint coating, excluding non-painted areas or zones with an uneven layer, which contributes to improving the quality of the final product. In this case, defects associated with the human factor are excluded.

The authors of the study call the key drivers of the industry the development of automation, the desire of companies to increase efficiency while reducing costs, as well as improving the safety of workers in dangerous conditions. Robotic installations are capable of operating around the clock, which increases performance. At the same time, the need for remuneration for professional painters disappears. In general, the use of industrial robots for painting helps reduce costs and energy costs, which contributes to sustainable development.

Technological advances, including the introduction of artificial intelligence, have a significant impact on the market. Such algorithms help to improve the quality of coating, optimize the consumption of paint materials and reduce waste. AI helps to carry out predictive maintenance, identifying possible malfunctions in the operation of equipment in advance: this allows you to minimize downtime, and therefore prevent possible losses. The introduction of augmented and virtual reality systems, which are used to train personnel, has been observed. In addition, manufacturers of robotic paint complexes are constantly improving their characteristics and expanding their capabilities, which further contributes to sales growth.

The study says that in 2024 the largest share of revenue in the market under consideration was provided by the automotive sector. In addition to the automotive industry, robotic paint systems are used in other areas, in particular, in the aerospace and defense industries. From a geographical point of view, the Asia-Pacific region leads, which accounted for approximately 39.1% of sales in monetary terms, or $1.45 billion. The dominance of this region is due to the growing demand for robotic drying chambers from the automotive industry in countries such as, China,, and India. Japan South Korea Demand growth is also recorded in and. North America To Europe Globally, major industry players are:

• ABB;
• Yaskawa Electric;
• Effort Intelligence Equipment;
• Staubli International AG;
• Kawasaki Heavy Industry;
• Durr Group;
• Giffin;
• Fanuc;
• Kuka AG;
• Saima Meccanica S.p.A.

In 2025, sales of industrial painting robots are expected to reach $3.9 billion. Fortune Business Insights analysts believe that in the future, the CAGR will be 7.2%. Thus, by 2032, costs may increase to $6.37 billion.^[1]

The volume of the global market for industrial robots for the year reached 542 thousand units

In 2024, about 542 thousand new industrial robots were installed on a global scale. This is about 1 thousand more compared to the previous year, but 11 thousand less compared to 2022, when a record figure of 553 thousand units was recorded. Such data are contained in a report by the International Federation of Robotics (IFR), published on September 25, 2025.

The number of new installations of industrial robots has more than doubled compared to 2015, when it was at around 254 thousand units. The annual volume of installations exceeds 500 thousand units for the fourth year in a row. At the same time, by the end of 2024, the total number of industrial robots in operation around the world reached about 4.66 million machines, which is 9% more than a year earlier.

Geographically, Asia accounted for 74% of new deployments in 2024, compared with 16% in Europe and 9% in America. In particular, China is the undisputed leader with about 295 thousand new industrial robots mounted in 2024. This corresponds to 54% of the global number of installations.

Japan is in second place with 44.5 thousand new robots deployed in 2024: this is 4% less than in the previous year. The operational fleet of such machines in the country on an annualized basis increased by 3%, reaching 450.5 thousand units.

The United States closes the top three, where the number of installations of new industrial robots in 2024 decreased by 9% - to 34.2 thousand units. The study notes that the US imports the bulk of robots from Japan and Europe, while local suppliers hold a comparatively small share of the sector. At the same time, the United States accounted for 68% of the total installations in the Americas in 2024: in general, 50.1 thousand cars were installed in the American region, which is 10% lower than in 2023. In Canada, the number of installed robots fell by 12% year-on-year to 3,800 units.

In South Korea, approximately 30.6 thousand industrial robots were installed in 2024, which is 3% less than in the previous year. The country ranks fourth in the global ranking.

The number of industrial robot installations in Europe decreased by 8% - to 85 thousand units by the end of 2024, which is the second largest indicator in history. Moreover, 80% of all machines mounted in this region - about 67.8 thousand units - fell on the European Union.

Germany is the largest robotics market in Europe and the fifth largest in the world. In 2024, the number of installations here decreased by 5% - to 26,982 units, which is the second highest result after a record 2023. Thus, Germany accounted for 32% of the total annual market for new industrial robotics in Europe. The number of installations in Italy, the second largest European region, fell by 16% to 8,783 units. Spain ranks third with 5,100: there is high demand from the automotive industry. France, with 4,900 units, fell to fourth place in Europe, recording a 24% decline compared to 2023. In Britain, the number of new industrial robot installations decreased by 35% over the year - to 2,500 units.

The study also notes that India continues to show growth: in 2024, a record number of robots were installed in the country - 9,100 pieces, which is 7% more compared to 2023. The main driver of the local industry is the automotive industry.^[2]

5.8% reduction in global sales of industrial robots to $13 billion

At the end of 2024, sales of industrial robots on the world market decreased in monetary terms by 5.8% compared to the previous year, being at the level of $13 billion. In 2023, a fall was also recorded - it amounted to 3.8% on an annualized basis. The two-year downturn is driven by the complexities facing the manufacturing industry, including high interest rates, macroeconomic uncertainties, geopolitical tensions and weak demand in Asia. This is stated in the Interact Analysis review, which TAdviser got acquainted with at the end of July 2025.

Deliveries of industrial robots in physical terms in 2024 slightly exceeded 505 thousand units: this is 2.4% less than in 2023. The decrease in shipments was accompanied by a decrease in average prices amid increasing competition. The average cost of industrial robots fell from about $31,100 in 2018 to $25,600 in 2024. Despite the temporary jump in prices in 2022 against the background of the global crisis in supply chains, from 2023 the fall in average value continued. Moreover, in 2024, the indicator decreased even more significantly than in previous years - by 3.6%. The observed trend leads to a decrease in the profitability of manufacturers.

The fall in demand for industrial robots was recorded in the automotive industry, as well as in the production of electronics, plastics and rubber. At the same time, according to Interact Analysis, sales of installations for the food industry and the scientific sphere turned out to be more stable.

Geographically, the Asia-Pacific region is leading, which in 2024 accounted for the lion's share of revenue from the sale of industrial robots - about $8 billion. In second place is the EMEA region, which includes Europe, the Middle East and Africa, and the American market closes the top three.

Interact Analysis analysts believe that in the future, the Asia-Pacific region will show steady growth amid increased demand for robots. North and South America are expected to maintain their market positions - including thanks to the efforts of the US authorities to resolve, that is, return to the country of production, previously transferred to countries with lower costs. In addition, there has been an increase in Latin America's capacity. The long-term forecast for EMEA is not as optimistic: experts believe that the industrial robot sector here will grow more slowly than in other regions, but will still remain the second largest market in the world.

In 2024, the industrial robot industry continued to decline after a downturn in 2023. However, we expect the robotics sector to begin to gradually recover in all key regions in 2025, and show higher growth in 2026. America and Asia are seeing an improvement, and there are encouraging signs that macroeconomics could emerge from recession. However, in Europe, recovery processes are not so active, and our growth forecast for this region remains low, "says Samantha Mou, analyst at Interact Analysis.

The report says that in 2025, global sales of industrial robots may increase in monetary terms by about 2.6% compared to 2024. In 2026, an increase of 5.7% is expected. In subsequent years, sales are projected to increase in the range of 2.9% to 5.5%. As a result, in 2029, the volume of the industry will approach $16 billion.^[3]

The volume of the market for robots for the production of cars in the world for the year grew by 8.3% to $10.9 billion

In 2024, costs in the global robot market for the production of cars reached $10.9 billion. For comparison, a year earlier, the volume of this industry was estimated at $10.06 billion. Thus, the growth was approximately 8.3%. This is stated in a review published on April 22, 2025 by Towards Automotive (a subsidiary of Precedence Research).

The authors of the study note that the automotive robotics sector is rapidly developing, which is explained by the need for automation of production processes. The introduction of robots contributes to improving the efficiency, accuracy and security of operations. Robotic installations are used for functions such as welding, painting, material handling and assembly. The use of robots leads to an increase in production speed and uniformity of quality.

An important role in expanding the market is played by the introduction of artificial intelligence and machine vision technologies. These systems contribute to the transformation of automotive plants and their transformation into intelligent factories. AI algorithms help minimize human error, improve quality control, and optimize operations. Advanced vision systems with advanced cameras and sensors allow robots to perform complex tasks with greater accuracy.

Collaborative robots (or cobots) are gaining popularity, which provide safer and more flexible interaction between people and machines on assembly lines. As a result, productivity increases and workplace injuries are reduced. In addition, cobots help solve the problem of labor shortages.

The development of the market is facilitated by the electrification of vehicles. In the case of electric vehicles, precise assembly of complex assemblies is required, including battery systems and transmission components. Robotics can significantly increase the efficiency of such production.

But there are also deterrents. The introduction of robotics entails significant upfront costs for equipment, integration and maintenance, which can be a barrier to small and medium-sized companies with a tight budget and relatively small production capacity. Another problem lies in the shortage of qualified specialists for the control, programming and maintenance of modern robotic systems. In addition, the introduction of robots into the existing production infrastructure may be too difficult due to the use of outdated equipment in enterprises.

Geographically, Asia-Pacific dominates, accounting for about 44% of global costs in 2023. It is home to many major car manufacturing centers, including businesses in China, Japan, South Korea and India. The contribution of North America is estimated at 25%, Europe - at 22%. Another 6% was provided by Latin America, 3% by the Middle East and Africa. Globally, significant players are named:

• ABB;
• Kuka AG;
• Denso Wave Incorporated;
• Comau SPA;
• Nachi-Fujikoshi;
• Fanuc;
• Yaskawa Electric;
• Kawasaki Heavy Industries;
• Rockwell Automation;
• Seiko Epson.

In 2025, sales of robots for the production of cars are expected to reach approximately $11.81 billion. Towards Automotive analysts believe that in the future, the CAGR in the market under consideration will be 8.36%. Thus, by 2034, expenses may increase to $24.33 billion.^[4]

The largest manufacturers of industrial robots by market capitalization

As of 2024, the world's largest manufacturer of industrial robots is the Japanese corporation Fanuc, whose capitalization exceeds $27 billion. This is stated in a study by Statista, the results of which TAdviser got acquainted with in mid-February 2025.

Industrial robots are becoming important participants in the technological production cycle. Such machines help to improve the efficiency, accuracy, speed and safety of production while reducing production costs. The integration of artificial intelligence and machine learning technologies expands the capabilities of industrial robots, allowing them to perform increasingly complex tasks. Collaborative robots (cobots) are gaining popularity, which are able to work side by side with people. Another driver of the industry is the increasing need for automation.

In second place in the ranking of the 10 largest global manufacturers of industrial robots is the American company Symbotic, whose market value in 2024 is estimated at almost $16 billion. Closes the top three German multinational manufacturer Kion Group with $5 billion. In general, the rating is as follows:

1. Fanuc - $27.27 billion;
2. Symbotic - $15.71 billion;
3. Kion Group - $5.02 billion;
4. Procept BioRobotics - $3.25 billion;
5. ATS Automation - $2.94 billion;
6. Estun Automation - $1.62 billion;
7. iRobot - $1.07 billion;
8. Serve Robotics - $0.64 billion;
9. Maytronics - $0.44 billion;
10. Stereotaxis - $0.16 billion

According to analysts, there are restraining factors in the global industrial robot market. The integration of robotic devices comes with the costs of introducing new technologies, as well as other costs, in particular due to potential equipment failures.^[5]

Growth in sales of industrial and service robots in the world by 8% to $63 billion

In 2024, the global market for industrial and service robots reached $63.03 billion. This is about 8% more compared to 2023, when the costs in the relevant area were estimated at $58.25 billion. Such data are provided in the Market Research Future review, published in mid-February 2025.

One of the key drivers of the market in question, analysts call the introduction of automation in various industries. Enterprises around the world are striving to improve productivity, efficiency and product quality, which is why the demand for robots for complex and repetitive tasks has sharply increased. Automation not only speeds up operational processes, but also helps reduce labor costs as well as minimize human error. As a result, overall efficiency is improved.

The deployment of smart factories and smart logistics systems also leads to increased sales of robotic complexes. At the same time, there is a shift towards adaptive and collaborative robots that can effectively work side by side with humans. Machines take on routine operations, allowing enterprise employees to focus on more important and creative tasks. This approach helps companies remain competitive in an ever-changing business environment.

Technological advances, including innovations in artificial intelligence, machine learning and sensor technology, play an important role in the development of the industry. AI tools increase the performance of robots and enhance their capabilities, allowing them to improve skills during operation. As a result, machines can perform a wider range of tasks, which expands their use options in industries such as agriculture, health care and manufacturing. Robots also partially solve the problem of lack of skilled labor. By implementing robotic systems, enterprises can manage operating costs more effectively as well as reduce downtime. Plus, modern automation tools make it possible to minimize energy consumption and waste.

The authors of the study identify five key areas of application of industrial and service robots: production, logistics, healthcare, agriculture and construction. In 2024, the first of these areas provided revenue in the amount of $25 billion. The logistics sector accounted for $15 billion, healthcare - about $10 billion. In the field of agriculture and construction, costs are estimated at $6 billion and $7.03 billion, respectively. Among the major industry players named:

• Mitsubishi Electric;
• Fanuc;
• Epson Robotics;
• Intuitive Surgical;
• Universal Robots;
• Boston Dynamics;
• Omron;
• iRobot;
• ABB;
• Yaskawa;
• Siemens;
• Rockwell Automation;
• Festo;
• Nvidia;
• Kuka.

Geographically, North America was leading in 2024 with costs of approximately $23.31 billion. In second place is Europe, where spending reached $18.25 billion. The Asia-Pacific region closes the top three, estimated at $14.61 billion. South America secured a contribution of $4.86 billion, the Middle East and Africa - about $2 billion.

According to Market Research Future analysts, in the future, the CAGR (CAGR in complex percentages) in the market under consideration will be about 8.2%. Thus, by 2035, spending on a global scale may increase to $150 billion.^[6]

2023

10 countries in terms of the share of industrial robots per 10 thousand workers at enterprises

Industrial robots are being actively introduced at enterprises around the world. In 2023, the average density of such machines globally reached 162 units per 10,000 employees, more than double the figure recorded seven years earlier (74 units). This is stated in the materials of the International Federation of Robotics (IFR), with which TAdviser got acquainted at the end of November 2025.

In the European Union, the density of industrial robots reaches 219 units per 10,000 workers, in North America - 197 units, in Asia - 182 units. The authors of the study say that this indicator serves as a kind of barometer to assess the degree of implementation of automation in the manufacturing industry in various regions.

The first place in the world in the introduction of industrial robots is occupied by South Korea 1012 installations per 10,000 employees. In this country, the density of robotics since 2018 on average increases by 5% annually. In second place in the ranking is Singapore with 770 robots per 10,000 workers: the high figure is explained by the fact that in this city-state there is a low number of employees in the manufacturing industry. Closes the top three, China which managed to overtake and: Germany in Japan the PRC there is a rapid introduction of automation tools, and the number of robots reached 470 units per 10,000 employees. China entered the top ten only in 2019: in four years it managed to double the density of robots. The ranking of the most robotic countries at the end of 2023 also includes:

• Germany - 429 robots per 10,000 workers;
• Japan - 419 units;
• Sweden - 347 cars;
• Denmark - 306 pieces;
• Slovenia - 306 units;
• Switzerland - 302 pieces;
• USA - 295 robots.^[7]

World's Top 10 Industrial Robot Manufacturers by Revenue

The global industrial robot fleet is showing steady positive dynamics. Such machines are becoming an integral element of modern production, so the number of their installations continues to grow around the world. Statista has released a rating of leading suppliers of such systems - TAdviser got acquainted with the list in early September 2025.

At the top of the ranking is ABB, a Swedish-Swiss multinational corporation specializing in electrical engineering and energy engineering. At the end of 2023, ABB controlled 13% of the global production of industrial robots. Approximately the same result was shown by the Japanese Epson, which is in second place. Another supplier from Japan closes the top three - Fanuc, whose result is 11%.

In the fourth and fifth positions are Japanese manufacturers Kawasaki and, Yaskawa each of which holds about 8% of the global market. The sixth place went to the German company Kuka headquartered in Augsburg, which showed a result of 6%. Next come the Japanese Denso with a share of 4%, Danish with 4 Universal Robots % and 1 the Italian Comau %. All other market players combined control 32% of the industry.

According to data released by the International Federation of Robotics (IFR) in September 2024, the fleet of industrial robots in the world reached 4.28 million units, an increase of about 10% over the year. At the same time, the annual volume of new installations exceeded half a million units. Regionally, 70% of all new robots commissioned in 2023 were installed in Asia, 17% in Europe and 10% in America.

One of the main trends in the global industrial robot market, analysts call the integration of artificial intelligence. Neural networks allow robots to process and analyze large amounts of data collected by their sensors. This helps machines respond to changes in the environment and working conditions, as well as improve the effectiveness of their activities. For example, robots equipped with machine vision systems analyze previously performed tasks, identify patterns and optimize operations to improve accuracy and speed. Thanks to AI, robots can independently correct actions by detecting deviations in the process. In addition, AI increases the efficiency of managing large fleets of autonomous robots.

Another trend is the growing popularity of humanoid robots. Many of these projects in the industrial sector are related to the automotive industry and warehouse operations. Humanoid robots can take on routine and time-consuming tasks, reducing the burden on employees.

In general, as noted, there is still great potential for robotics in the manufacturing industry. Most manufacturing companies are small and medium-sized enterprises, among which the introduction of industrial robots is constrained by high initial investments, as well as significant total cost of ownership. Against this background, the RaaS model ("robotics as a service") becomes in demand. It allows the customer to access advanced robotic systems by subscription, instead of purchasing expensive installations into ownership. Such a model allows the operation of robots without significant initial investment, which makes them more accessible to small businesses and enterprises with highly specialized needs.^[8]

Growth in sales of robots for nuclear power in the world by 14% to $1.56 billion

In 2023, the global market for robots for nuclear power reached $1.56 billion. For comparison, in 2022, costs in this area were estimated at $1.37 billion. Thus, there was an increase of 14%. The analytical company Market Research Future reports this in a report published in mid-October 2024.

One of the key drivers of the industry is the active introduction of automation technologies at nuclear facilities. The observed trend is primarily related to the need to improve safety, efficiency and operational reliability. Organizations seek to reduce the risks associated with human intervention in dangerous operations. Robots can perform tasks that are too complex or risky for human operators, such as inspection, maintenance and repair in radiation-prone areas. At the same time, the influence of the human factor is excluded.

In addition, the introduction of robotic systems in the field of nuclear power is stimulated by technological advances. In particular, the integration of artificial intelligence and machine learning tools allows robots to perform complex tasks with high accuracy. Next-generation automated assistants can perform inspections and repairs at higher efficiency and speed than traditional methods. The functionality of such machines is expanded thanks to constant investments in research and development. The authors of the study call the ongoing reconstruction and construction of new nuclear power plants in various regions of the world another market driver. Governments and private organizations are increasingly aware of the importance of nuclear power as a stable and clean source of energy.

Geographically, North America is the leader in terms of robot costs for nuclear power with a result of $0.62 billion at the end of 2023. This is followed by Europe, where expenses are estimated at $0.45 billion. The Asia-Pacific region, with spending at $0.3, is showing significant growth. South America accounted for $0.1 billion, the Middle East and Africa - $0.09 billion. Overall, North America dominates due to powerful technological advances and high nuclear energy consumption, while other regions are gradually increasing their share, indicating a balanced revenue growth trajectory in the global market. Among the largest players in the industry are named:

· iRobot;

· Westinghouse Electric Company;

· Babcock International;

· Hitachi;

· Fanuc;

· Cyberdyne;

· Kuka;

· General Electric;

· Universal Robots;

· Korea Electric Power Corporation;

· ABB;

· Mitsubishi Heavy Industries;

· Areva;

· Teradyne;

· Toshiba.

In terms of usage model, the market is segmented into remote controlled robots, autonomous robots and collaborative robots. Devices of the first type are in demand due to their ability to perform tasks in dangerous environments where the presence of a person is risky. Autonomous robots are gaining popularity because they can work with minimal operator intervention. Collaborative machines are becoming more common as they can work side by side with people.

At the end of 2024, the global market for robots for nuclear power is estimated at $1.78 billion. Market Research Future analysts believe that in the future, the CAGR (average annual growth rate in complex percentages) will be 14.08%. Thanks to this, by 2032, costs will rise to $5.1 billion.^[9]

The number of industrial robots in factories in the world increased by 10% to 4.28 million units

At the end of 2023, 4.28 million industrial robots were involved in enterprises around the world, which is an absolute record. For comparison, in 2022 this figure was 3.9 million. Thus, an increase of about 10% was recorded. This is stated in a study by the International Federation of Robotics (IFR), published on September 24, 2024.

In 2023, 541,302 new industrial robots were commissioned on a global scale. This is only 2% less than the record of 552,946 new cars set in 2022. The report notes that 70% of all new installations were in Asia, 17% in Europe and 10% in America.

China is the largest regional market. In 2023, 276,288 industrial robots were deployed here, which is 51% of the total volume of installations in the world. For comparison, in 2022, 290,144 robots were commissioned at enterprises in the PRC. The share of Chinese manufacturers in the country's domestic market has grown significantly since 2022, reaching 47% in 2023. For a decade before that, it fluctuated at 28%. The authorities' focus China on abandoning Western products contributes to the development of the industrial robot segment. In particular, it is expected that the demand for such machines will increase in the second half of 2024.

Japan remained the second largest global market for industrial robots. The number of installations here reached 46,106 units in 2023, down 9% from the previous year (50,435 units). The demand for robots in the country is expected to remain at the same level in 2024 and return to growth in 2025.

The three leaders in the number of industrial robots being introduced are closed by the United States with 37,587 new machines in 2023: this is 5% less than the figure recorded in 2022. Demand from the automotive industry fell 15% year-on-year to 12,421. This is in line with the average for the previous decade. Installations in the metallurgical and machine-building industries grew by 8%, amounting to 4171 units. Installations in the US electrical/electronics industry remained stable at 3,900 units (plus 1% yoy).

Industrial robot installations in Europe grew by 9% in 2023 - to a new high of 92,393 units. In total, about 80% of installations fell on customers in the European Union - 73,534 machines (an increase of 2% compared to 2022). In 2023, growth in the region was largely due to investments in the automotive industry in traditionally strong manufacturing countries such as Spain (5053 units, plus 31% year-on-year), as well as in smaller markets, in particular in Slovakia (2174 units, plus 48%) and Hungary (1657 units, plus 31%). Installations in Germany, the largest European market, rose 7% to 28,355. In Italy - in the second largest European market - the indicator, on the contrary, decreased by 9% - to 10,412 units.

France, which closes the top three in Europe, also showed negative dynamics - minus 13% compared to 2022 with a final result of 6386 new industrial robots. In Britain, the number of installations in 2023 increased by 51% to 3830 units. The investment was driven by the introduction of robots in the automotive industry - mainly for assembly tasks.

IFR analysts believe that by the end of 2024, about 541 thousand new industrial robots will be commissioned on a global scale.^[10]

The global market for industrial robots began to fall

In 2023, more than 500 thousand industrial robots were sold globally - about the same result was recorded a year earlier. However, in monetary terms, the volume of the global market began to decline, which is primarily due to a decrease in the average cost of cars. Relevant data are provided in the Interact Analysis study, the results of which were published on June 10, 2024.

The industry of industrial robots, as noted, grew during 2020-2022, peaking at the end of this period: approximately $14.3 billion. At the same time, in 2021, the increase in monetary terms amounted to 34.9%, and in 2022 - 14.9%. However, in 2023 there was a drop of 2.6% year-on-year with a final result of $14 billion. In the future, according to the authors of the study, the positive dynamics will recover: the market will grow on average by 3.7% per year in the period from 2024 to 2028.

The COVID-19 pandemic, combined with high energy prices and inflation, has led to an increase in the average cost of an industrial robot. However, as of 2023, the average price is on a downward trajectory, and we expect prices to decline by about 3% per year from 2024 to 2028, says Maya Xiao, research manager at Interact Analysis.

Looking at the industry by segment and region, sales of industrial robots for the auto industry in the Americas faced significant pressures in 2023. This led to a deterioration in demand in the corresponding sector, which is one of the largest consumers of industrial machinery in the American region. Overall, sales of industrial robots in the Americas declined 17.3% on an annualized basis. At the same time, the Asia-Pacific region experienced slight growth, while in the EMEA region (Europe, the Middle East, Africa) supplies remained approximately at the level of 2022.

Overall, the American market accounts for about 17% of global revenue from industrial robot sales. Another 62% is provided by consumers in the Asia-Pacific region and 22% in the EMEA region. The industrial robot market in the Americas grew rapidly in the period immediately after the COVID-19 pandemic - both in the automotive industry and in other segments: companies were actively looking for ways to improve their production processes and reduce costs by automating processes. However, sales growth slowed somewhat in 2023.

The Interact Analysis report also said the three most common areas of use for industrial robots are handling, welding and assembly. The share of the relevant areas in total accounts for more than 70% of revenue in 2023. Moreover, the first of these segments provided approximately a third of sales in monetary terms. This use of robots is most common in the American and European markets. The American robotics sector is characterized by the highest concentration: the five largest suppliers account for almost 80% of revenue and more than 66% of shipments in pieces.

The Institute for Statistical Research and Knowledge Economics of the Higher School of Economics adds that the state of engineering industries plays an important role in shaping the demand for industrial robotics, which are characterized by high added value and complexity of products, a long operating cycle, and many cooperative ties. The technological level of these industries largely determines the effectiveness of operational processes throughout the economy.^[11]

North American Industrial Robot Sales Cut 30% to 31,159

In 2023, companies in North America acquired 31,159 robots for various tasks at enterprises. This is 30% less than the previous year, when purchases were estimated at 44,196 units. In 2021, American companies purchased 39,708 robots. Such data are given in a study by the Association for the Development of Automation (A3), the results of which were published on February 12, 2024.

The report said that robot sales in 2023 were almost equally divided between automotive (15,723 units were sold) and non-automotive (15,436 robots were sold) companies. This means that in the automotive segment, the fall on an annualized basis was at 34%, while the overall decline in all other industries was recorded at 25%.

Sales of robots rose sharply during the COVID-19 pandemic, as manufacturers tried to maximize the use of machines to produce goods in the face of severe labor shortages. However, then the situation changed. The authors of the study emphasize that in 2023 the most significant annual percentage drop was recorded since 2006. In physical terms, the most serious decline in the entire history of statistics collection was noted. Experts explain the observed picture for several reasons: this is a difficult macroeconomic situation, high interest rates and excessive purchases of robots in 2022.

In 2023, the largest demand for robots from companies not related to the automotive sector was observed in the metallurgical industry. This is followed by segments of semiconductors and electronics/photonics, food and consumer products, pharmaceuticals and biomedicine, as well as the fields of plastic and rubber production, life sciences, etc. At the same time, each of these industries experienced a general decline compared to 2022.^[12]

2022

Global Industrial Robot Market Updates Record

At the end of 2022, 553,052 industrial robots were installed on a global scale, which is a new record. For comparison, in 2021 this figure was about 526 thousand. Thus, an increase of about 5% was recorded. Geographically, 73% of all newly commissioned robots were installed in Asia, 15% in Europe and 10% in America. Such data are given in a study by the International Federation of Robotics (IFR), the results of which were published on September 26, 2023.

Asian region

China is the world's largest market for industrial robots. In 2022, 290,258 automated installations were installed in this country, which is 5% more than the record demonstrated in 2021. Against this background, domestic and foreign manufacturers are increasing their capacity for the production of robotic systems. On average, the number of robot installations grows by 13% each year between 2017 and 2022.

The second place in terms of the introduction of industrial robots is occupied, Japan where 50,413 automated systems were installed in 2022, which is 9% more compared to 2021. The indicator exceeded the level observed before the pandemic COVID-19- 49,908 units in 2019. At the same time, a peak value of 55,240 installations was recorded in 2018. The growth is on average 2% per year in the period 2017-2022. At the same time, it is Japan that is the leading country - the manufacturer of robots on a global scale with a share of approximately 46% in the total volume of world production.

In South Korea, the market expanded 1% year-on-year to 31,716 units in 2022. This is the second year of slight growth after four years of declining indicators. The country remains the fourth largest industrial robot market in the world after China, Japan and the United States.

Europe

The European Union is the second largest regional market globally with 70,781 new robot installations in 2022 (+ 5% yoy). Germany is one of the five largest countries in the world in introducing industrial robot technologies with a 36% share in the EU. The number of installations in Germany decreased by 1% - to 25,636 units at the end of 2022. Next in the EU follows Italy with a share of 16% (the number of installations for the year increased by 8% - to 11,475 units) and France with a share of 10% (plus 13% - to 7380 units). In Britain, the number of industrial robot installations increased by 3% to 2,534 units in 2022.

American region

In the Americas, installations climbed 8% to 56,053 in 2022, surpassing their 2018 peak of 55,212. The United States, the largest regional market, accounted for 71% of all new purchases of industrial robots in 2022. The number of commissioned automated systems increased by 10% compared to 2021 - to 39,576 units. This is only slightly below the peak level of 40,373 demonstrated in 2018. The main driver of growth was the automotive industry, where there was an increase in installations by 47% (to 14,472 units). The share of the automotive industry reached 37%, followed by metallurgy and mechanical engineering (3,900 units) and electrical and electronics industries (3,732 units).

Two other major markets in the U.S. region are Mexico, where installations rose 13% (6,000 units) in 2022, and Canada, where sales fell 24% (3,223 units). This was the result of a decrease in demand from the automotive industry - the most active consumer in the region.^[13]

Global Industrial Robots Market Valued at $15.7 Billion

The volume of the global market for industrial robots in 2022 will amount to $15.7 billion. Such preliminary data were released by Reportlinker analysts in November 2022.

According to experts, the shortage of skilled labor in the manufacturing industry and the growing adoption of the Industry 4.0 concept is one of the main factors for the deployment of industrial robots and increasing demand for them.

According to researchers in November 2022, the level of industrial automation has increased significantly in recent years due to increased productivity of enterprises, reduced labor costs, increased efficiency of production processes and improved product quality. In the future, industries such as food and beverage production, the automotive and oil and gas industries will be more prone to automation due to intense competition, which is pushing to increase production speed and improve product quality.

Sales of industrial robots are projected to grow by 14.3% annually and reach $30.8 billion by 2027. The main trends in the development of industrial robots are the introduction of machine vision, artificial intelligence, the creation of collaborative robots that can work in conjunction with humans, increasing the ease of their use, deployment and maintenance. Robots are becoming more versatile, flexible, accurate. When developing them, open source software and digital control technologies are used.

The use of industrial robots is constantly expanding: if previously the main consumer of industrial robots was the automotive industry, now there is an increase in their use in the food, pharmaceutical, electrical/electronic and other industries of the manufacturing industry, which indicates new trends in the development and methods of using robotics.

Industrial sensors are a key technology for manufacturing automation and Industry 4.0 and are devices that can detect events, changes in the environment and provide an appropriate output signal.^[14]

2019

Companies in the United States have begun to introduce fewer robots

In mid-February 2020, it became known that in 2019, American companies installed fewer robots than a year earlier. This reduction is noted for the first time since 2015 and is associated with a decline in production against the background of trade wars and lower demand.

Shipments of manufacturing robots USA in fell more than 16%, according to the Association for Development Assistance. In 2019, deliveries also fell in, down To Mexico 25%, while deliveries in were To Canada virtually unchanged.

President Donald Trump's main goal was to encourage manufacturers to bring back U.S. jobs, presumably through automation and robotics that would allow domestic factories to compete with cheaper labor in China and elsewhere. But that endeavor failed because of a slowdown in production.

Alexander Shikany, vice president of the Automation Promotion Association, said the downturn is likely to be short-lived. According to Shikani, the idea of ​ ​ the growth of automation in the coming months is mainly given by orders for new robots, and this figure increased by 1.6% at the end of 2019. This growth is mainly due to orders from automakers, which, according to Chicani, decided to put on robotics in the next wave of innovation.

There are also companies that have not reduced the installation of robots in 2019. Among them is Hytrol Convoy Co Inc, a privately held Arkansas-based company that makes conveyor belts and had sales of more than $200 million last year. Thanks to growing demand from e-commerce enterprises, the company spent $1.9 million to automate its assembly line. At the same time, investments did not reduce jobs. The headcount at the Hytrol Conveyor plant has increased by 18% over the past three years. Revenues, meanwhile, rose by nearly a quarter.^[15]

12% increase in industrial robots, falling sales

By the end of 2019, a record 2.7 million industrial robots were used at enterprises around the world, which is 12% more than a year earlier. This is evidenced by data from the International robotics Federation of Robotics (IFR).

At the same time, sales of new industrial robots in 2019 decreased - by 12% compared to 2018 and amounted to 373 thousand units, which is the third largest indicator in the history of the market under consideration.

Most industrial robots are used in Asian countries. So, in China, the total number of robots increased in 2019 by 21% and amounted to about 783 thousand units. In Europe, Germany (221.5 thousand) became the leader in the use of robots in industry. During the year, 20,500 manipulators were installed there, which corresponds to the number of installed robots in 2014-16 and 23% below the level of 2018. In total, there are about 580 thousand industrial robots in Europe, which is 7% higher than in 2018.

In the US, robot sales fell 17%, but the total increased by 7%. By the end of 2019, there were 293.2 thousand industrial robots in the country.

IFR notes an acceleration in the pace of industrial automation in many countries. If in 2016 there were 74 industrial robots per 10 thousand employees of the production sector worldwide, then by 2020 their number increased to 113. The largest density of machines is in Asia, 118 units per 10 thousand workers, in Europe - 114, in America - 103.

Singapore is the leader in introducing robots into industry. By the end of 2019, 918 cars were installed in this country for 10 thousand employees. In second place is South Korea with an indicator of 855 robots per 10 thousand workers.

Japan closed the leading three. Despite the fact that it accounts for more than half of the world supply of robotics, the density of robots is 364 per 10 thousand workers. The fourth place in enterprise automation is occupied by Germany (346 robots), followed by Sweden (277), the USA (228), Italy (212), Belgium (211), Luxembourg (211) and Spain (191).

In China, 187 robots were registered per 10 thousand workers in 2019. Back in 2013, the density of robots in China was 25 units and by 2017 had grown to 97. China is also among the world's top five exporters of industrial robots, ranking second behind Japan (followed by the United States, South Korea and Germany). Approximately 71% of new industrial robots in China were supplied by foreign manufacturers at the end of 2019.

The largest markets for new industrial robots in 2019 were China (140.5 thousand devices sold, -9% by 2018), Japan (49.9 thousand units, -10%) and the United States (33.3 thousand units, -17%). IFR Analysts Especially Note India, Which Has Doubled The Number Of Industrial Robots Operated At Country's Facilities Within 5 Years

Experts called the automotive industry the main field of application of industrial robots (33.9% of all systems operated in the world). Metallurgy and other machine-building industries, according to IFR estimates, account for 10.3% of robots. The main technological operations are robotic manipulators (44.6%), welding (23.5%) and product assembly (10.5%).

One of the main trends in 2019 in IFR is called an 11% increase in demand for cobots - robots that can work in the same space as humans and do not require fencing of the production site. In 2019, sales of traditional industrial robots and cobots amounted to 355 and 18 thousand units, respectively, against 406 and 16 thousand a year earlier. ^[16]

2018

World record sales - IFR

According to the International robotics Federation of Robotics (IFR), the global industrial robot market in 2018 reached a record 422 thousand units in the amount of $16.5 billion, which is 6% more than a year ago. These figures were presented on September 20, 2019.

Asia retained the first place in sales of industrial robots, although countries in the region showed diverse dynamics. For example, in China and South Korea, the number of new projects has decreased, and in Japan it has grown. The entire Asian market added 1%.

In Europe, a 14% increase was registered. Positive dynamics was observed for the sixth year in a row. The European industrial robot market remained the second largest in the world.

The sale of industrial robots in the Americas at the end of 2018 jumped by 20%, which is a record result in six years.

According to the IFR forecast, global supplies of industrial robots will decrease slightly in 2019, but then there will be an increase - by about 12% annually until 2022.

It follows from the report that in 2018 there were approximately 99 industrial robots for 10 thousand employees of enterprises in the world. Among the regions, the highest indicator was recorded in To Europe- 114. In the states of the Americas, the density of the use of robots in factories was measured 99 per 10 thousand workers, in/ Asia-Australia 91.

The fastest share of robots between 2013 and 2018 grew in Asian countries - by about 16% per year. In Europe, the annual dynamics was + 6%, in the Americas - + 6%.

Almost two-thirds of industrial robot sales are (and will continue to be in the medium term) in the auto industry and electronics production. Among other promising areas of application of robots, researchers call metalworking, agriculture, the nuclear industry, ship and aircraft construction, and mining.

A number of factors contribute to the growing spread of autonomous machinery: a decrease in the cost of solutions due to the rapid development of technologies, an increase in investment in related developments (expresses a desire to reduce the cost and generally optimize production, reducing the impact of the human factor), as well as a clear course taken by the PRC government on large-scale modernization of its industry. Rightfully called the "world workshop," China greatly affects the overall dynamics of industrial production in the world - and therefore the changes in the industrial sectors of the economy of this individual country are directly and archically reflected in the global state of the respective markets.

Experts expected the electronics market to become the largest consumer of industrial robots in the world, ahead of the auto industry. However, in 2018, demand for electronic devices and components decreased largely due to the worsening trade situation caused by the escalation of the conflict between the United States and China.

In 2018, enterprises operating in the field of electronics installed a total of 105 thousand industrial robots, which is 14% less than a year ago. 2017 was a record year for the industry.

The metalworking and machine-building industries are named the third largest industry selling robots. In 2018, it accounted for 10% of total market demand.

China, Japan, South Korea, the United States and Germany accounted for 74% of global shipments of industrial robots in 2018. The share of the PRC amounted to 36% or 154 thousand units. Although this is less than in 2017, more systems are sold in the Chinese market than in Europe, the Americas combined.

Japan retains its status as a leader in the production of industrial robots. In 2018, 52% of the world's total products were produced in the country.

The ongoing push to automate production has seen the number of robots rolled out in the US rise for the eighth consecutive time in 2018 to reach a record 40,300. This is 22% more than in 2017, and the United States took third place in the world, taking it from South Korea.

Judging by the study, Russia is lagging behind in the production and introduction of industrial robots. As Vedomosti writes with reference to Pavel Krivozubov, head of the Robotics and Artificial Intelligence department of the Skolkovo Foundation, in Russia the production of robots is developing more slowly than abroad, because this direction has sagged since the collapse of the USSR and began to recover only in recent years, and in the meantime, Western competitors developed their own solutions. In addition, labor in the country is cheaper than in Singapore or the United States, which stops industrialists from widespread adoption of robots, he added.

Earlier in 2019, Innopolis University announced that Russia could catch up with the world level of robotics development if 132.6 billion rubles were allocated for this. The organization came to this conclusion as part of the work on the Digital Economy national project.

The report of the International Federation of Robotics for the first time took into account the supply of the so-called joint robots (cobots), which perform tasks on the same site with people. In 2018, about 14 thousand such devices were shipped around the world against 11.1 thousand a year earlier. The number of installed cobots for the year increased by 23%.^[17]

The volume of the global market for industrial robots amounted to $16.5 billion in monetary terms

On April 16, 2020, the Ministry of Digital Development of the Russian Federation, together with the National Association of Robotics Market Participants (NAURR), prepared a study on promising directions for the use of robotics in business. Particular attention was paid to the use of robotics in areas such as manufacturing and mining, agriculture, logistics, service provision, cleaning and others.

So, according to the International Federation of Robotics (IFR), the global market for industrial robots in 2018 amounted to 422 thousand units. or $16.5 billion in monetary terms. The industrial robotics market grew by 6% in 2017-2018. The most popular type of robots are robotic manipulators. The most popular operations for automation are welding, soldering, cutting, loading and unloading operations.

The Russian industrial robotics market in 2018 grew by 42% compared to the previous year. In 2018, 1,007 robots were installed at industrial enterprises (in 2017 - 713 robots). In terms of the number of robots sold per year, Russia ranked 27th in the world. The market volume of industrial robots in Russia amounted to 3 billion rubles. The volume of the robotic solutions market amounted to 9.1 billion rubles. In addition to robots, the robotic solutions market also includes related equipment, software, design, engineering, commissioning, etc. In total, about 5,000 robots were used at Russian enterprises in 2019. Read more here.

Preliminary IFR data: Sales volume - 421 thousand industrial robots

Although the final data ones for 2018 have not yet been presented, according to preliminary information received Sberbank from the International robotics Federation of Robotics (IFR), the growth in sales of robots in 2018 ranged from 1% to 10% compared to 2017. Thus, the estimate of the number of industrial robots sold in 2018 is up to 421,000. More. here

During the year, 860 industrial robots were introduced in Russia. Total in the world - 384 thousand

According National Association of Robotics Market Participants (NAURR) Russia robots to a report submitted on April 24, 2019, 860 were installed in 2018, up 21% from 2017. For comparison, in the China same period 133,200 industrial robots were introduced, in - 52,400 Japan.

In Russia, the ratio of the number of robots per 10,000 workers was 4 robots, with a global average of 106 robots for Europe, 91 for America and 75 for Asia.

In terms of robotization, the auto industry is in the lead: 378 robots are employed at auto concern enterprises in Russia (an increase of 44% compared to 2017). 602 robots work in other industries, of which 19% are involved in the metallurgical industry.

The total volume of the industrial robot market in Russia NAURR is estimated at 2.5 billion rubles, the robotic systems market - at 7.5 billion rubles.

As for world statistics on robotization, it was voiced by Andreas Bauer, vice president of corporate marketing at KUKA and concurrently chairman of the Committee of Robot Suppliers of the International Federation of Robotics (IFR). He presented the annual official data of the federation's report on the state of the industrial robotics market worldwide.

So, according to the report, in 2018, more than 384,000 industrial robots were installed at production facilities around the world, which is 1% more than in 2017, and this is a new record for robotization of production. The 5 largest industrial robotics markets (China, Japan, USA, South Korea, Germany) account for 15% of the global number of installed robots.

The automotive industry remains the leading industry in the global robotics market, with about 116,000 robots installed at enterprises in 2018 (which is 6% less than in 2017). In second place is the production of electronics: the number of robots installed in 2018 increased by 8% to about 113,000 robots. Both of these industries have taken over almost 60% of industrial robotization around the world. Metallurgy and mechanical engineering are gradually increasing the number of robots, in 2018 48,000 were installed.

2017: Sales of industrial robots exceeded 380 thousand units

In 2017, about 380.6 thousand industrial robots were sold worldwide, robots which is 29.3% more than the result for the previous year in 294.3 thousand robots. Such data, citing the World Robotics Report 2018, prepared by the International robotics Federation of Robotics (IFR), are published by DigiTimes and Industrial Automation Asia.

The total market volume of industrial robots in 2017 amounted to $16.7 billion excluding the cost of software. Taking into account the software, the market estimate is even higher and amounts to more than $48 billion. Read more here.

According to IFR estimates, almost a third of the total, or rather 125.4 thousand of the industrial robots sold last year, were acquired by automakers. Compared to 2016, the auto industry increased purchases of robotics by 21%. While global sales of the machines are slowing, car companies continue to robotize production. The trend is especially pronounced in China and among manufacturers of electric vehicles, the study notes.^[18]

In addition, sales of robots to metallurgical, electronic and food industries increased significantly - in these industries, the increase was 54%, 27% and 19%, respectively.

From the IFR report, it follows that the three largest buyers of industrial robots were included, and China South Korea : Japan according to IFR estimates, in 2017 these countries installed 138, 40 and 39 thousand units of robotic equipment. In addition, the PRC showed the highest growth rates - by 58% compared to 2016.^[19]

The United States is in fourth place with a result of 33 thousand industrial robots. This is followed by Germany (22 thousand) and Taiwan (11 thousand).

The largest regional market was Asia and Australia, where manufacturers acquired 255,000 industrial robots (+ 34%). 67 thousand units of robotics were purchased by Europe (+ 20%) and 50 thousand - by North and Latin America (+ 22%).

2016

The introduction of robots in factories in Eastern Europe

In February 2018, Reuters published an article on how robots are being introduced in Eastern Europe to improve production and compensate for personnel shortages.

Eastern European countries faced labor shortages. This situation developed slowly, but surely - the beginning of it was laid by the financial crisis of 2008, and in 2011 the last restrictions of legislation were lifted, which restrained the outflow of labor to richer countries of the European Union. While politicians and economists in many countries around the world are sounding the alarm about the negative impact of robotization of manufacturing taking people out of jobs, it is automation that has been a rescue for local businesses trying to keep their place in the market.

Companies in Eastern Europe are investing more and more in automation to deal with personnel shortages. The pace of robotization of production increased by almost a third - in 2017 alone, 9,900 units of robotics were installed at enterprises in Central and Eastern Europe, that is, 28% more than in 2016. But this is still not enough to fill all the empty jobs. By 2020, robotics supplies to the region will grow by another 21%, although the average growth rate in Europe is only 10%, according to a report by the International Federation of Robotics (IFR), which tracks the main trends in robotization around the world.

The primary reason for the labor shortage in Eastern Europe was a drop in fertility and migration outflow. Eastern European populations are slowly aging, demographic analyses show. According to UN forecasts, by 2050 the total population of Poland, the Czech Republic, Slovakia and Hungary will decrease by 8 million and reach 56 million people. All these changes led to a change in the labor model of the former communist states. At first, companies tried to raise wages for workers, but this was not enough to convince young people to stay in the country.

Hungary suffered the most from the countries of Central and Eastern Europe. Owners of enterprises cannot pick up employees for production, and the large turnover of personnel only aggravates the situation. Under these conditions, forced automation becomes the only reasonable behavior strategy for enterprises.

The Hungarian manufacturer of tension belts Hirtenberger Automotive Safety spent €2.5 million on the installation of robotics in two production units. The most profitable situation was for robotics manufacturers. Vesz-Mont 2000's revenue grew 10% in 2017. In 2018, the company expects to double the sales of robotics. The company could produce and earn more, but paradoxically, it also lacks workers.

The most automated country in Eastern Europe is Slovakia. There are 135 robots per 100,000 workers here. In the Czech Republic - 101, in Hungary - 57, and in Poland - only 32, which is associated with the influx of Ukrainian migrant workers. However, automation of production requires new skills from employees, and companies in Eastern Europe have already faced the problem of personnel formation. Some manufacturers are already launching graduate training programs.

Economists warn that labor shortages could have negative consequences for some Eastern European countries, which will manifest themselves before the end of 2020. Analysts UniCredit note that although the gradual shortage of personnel in the labor market has developed over at least the last three years, it is 2018 that could be the turning point when labor shortages begin to directly affect the economic growth rates of these countries. It will be more profitable for some companies to move production to other countries. Although they are not protected. Gradually, the problem will spread to Western Europe. Already, the Netherlands also complain Germany about the shortage of workers, and, France Great Britain reports Reuters.

^[20]

World fleet of industrial robots - 1.8 million units

Data from Sberbank Robotics Laboratory

• The growth rate of the industrial robotics market is ahead of the growth rate of global GDP: between 2011 and 2016, the average annual growth in sales of industrial robots was 12%. In 2016, 294 thousand industrial robots were sold, and the total market volume reached $13.1 billion (taking into account software and integration services, the market exceeds $40 billion).

• The total mirovoy̆ fleet of operated industrial robots at the end of 2016 increased to 1,828 thousand units. According to IFR estimates, the global operational fleet of industrial robots will grow from approximately 1,828 thousand units at the end of 2016 to 3,053 thousand units at the end of 2020, which corresponds to a CAGR of 14% in 2018-2020.

• 91% of all industrial robots in 2016 were installed in the manufacturing sector.

• The average annual sales growth rate across all manufacturing industries in 2011-2016 was 13%; for the automotive industry - 12%, and for the elektronnoy̆ industry - 19%.

• 74% of global sales of industrial robots are in five countries: China (30%), the Republic of Korea (14%), Japan (13%), the USA (11%) and Germany (7%). In 2016, 358 industrial robots were sold in Russia.

• Of the 13 most notable manufacturers of industrial robots on the international market, eight are FANUC, Yaskawa (Yaskawa Europa Holding AB), Kawasaki, Nachi, Denso, Mitsubishi, Epson and Omron - Japanese. The other five companies are from the European Union: ABB, Stäubli, Kuka, Comau, Universal Robots.

• The Russian industrial robotics market is small (less than 10 billion rubles in 2016). There are less than 10 domestic manufacturers, but even they do not have industrial robots as the main business, which is why they lose to foreign competitors both as the product itself and in the convenience of the service.

300 thousand industrial robots sold for $13.1 billion (+ 18 %)

According to the International robotics Federation of Robotics (IFR), in 2016, global revenue from the sale of industrial robots increased by 18% and reached a record volume of $13.1 billion. In total, almost 300 thousand such machines were sold in the world, of which three quarters were purchased by five countries China-,,, and South Korea. Japan USA Germany

Markets and Markets Forecast

According to the forecast of the research company Markets and Markets, by 2023 the volume of the industrial robot market will grow to $71 billion from $38 billion in 2016.

Data from Boston Consulting Group

No large modern production is complete without the help of industrial robots, which are widely used for welding processes, moving products, processing, painting, assembly, etc. The total number of industrial robots in the world already exceeds 1.3 million units. According to the forecast of the Boston Consulting Group, by 2025 the share of tasks solved using robots will reach 26%.

The Russian share in the world consumption of robots at the moment is less than 1%, and the density of robotization is 2 robots per 10 thousand workers. This is due, among other things, to the fact that technological processes in domestic industries are outdated and need to be modernized. Among the main problems: a lack of knowledge about the possibilities of robotization, the difficulty of docking and coordinating the components of the robotic complex, the need for each robot to program separately, a lack of software for design, a weak educational infrastructure, etc.

2014: The automotive industry is the main consumer of robots

The leading industry in the use of robots in 2014 was the automotive industry.

2010:60 thousand robots sold for $5 billion, 70% in the automotive industry

The global production of industrial robots was expressed in about 60 thousand units (about $5 billion), 70% of which were acquired by enterprises of the global automotive industry.

According to Vladimir Serebrenny, Director of Production of Technological Equipment and Equipment (PTOO) at AvtoVAZ (April 2011), the Russian industry is in need of acquiring 300-400 robots per year, and about 200 of them are produced by PTOO for AvtoVAZ's own needs^[21]. The cost of one robot at the same time amounted to "from 2 to 3 million rubles," thus the volume of the domestic industrial robotics market Serebrenny estimates in the range from 600 million rubles. up to 1.2 billion rubles. ($20- $40 million) per year.

The world leaders in industrial robotics are Japanese companies Fanuc and Motoman, Swedish ABB and. the German Kuka

The sales volumes of their only Russian competitor PTOO AvtoVAZ are limited to "dozens of sales on the Russian market."

Since 1984, says Serebrenny, PTOO produced equipment licensed by Kuka for the automobile plant, but in 2007 it mastered the production of its own models of technological robots for welding and transport work, as well as for applying mastic and sealants.

In the early 1980s, Vladimir Serebrenny notes, the USSR ranked third in the world in terms of the number of industrial robots produced after the United States and Japan. Now the prospects of his enterprise are to develop an agreement with the Renault-Nissan-Mitsubishi concern affiliated with Avtovaz on the supply of assembly lines and robots developed by PTOO to enterprises of the French-Japanese alliance.

Notes