1. Japan

Japan is a globalized robot manufacturing power. Among the top ten robotic companies in the world, Japanese robots have occupied 5 digits: such as Fanuc, Nakamoto, Kawasaki Robot, Epson Robot, and Yaskawa. Especially the Fa Name robot often ranks the top of the world. As early as 2013, 60%of robots around the world came from Japan, especially high -end robots, and Japan’s technological advantages were quite prominent. There is also a saying that Japan intends to gradually replace high -salad workers with robots in 2020. In this way, Japanese products will have an advantage in price, but how to solve the employment problem of people has to consider the Japanese government.

The Japanese government has always regarded the robot industry as one of the key industries in the economic growth strategy. The Japanese government has established a “meeting of the Robot Revolution” to promote the development of robots. Essence

The Japanese government’s new economic growth strategy proposed that by 2020, the scale of the robotic market in the manufacturing industry doubles. Former Japanese Prime Minister Shinzo Abe said that robots can not only be applied to manufacturing, but also popularize to a broader field. “If you do not surpass the previous robotic technology and promote related work in the form of condensing the technology crystals of extensive fields, Japan will be behind the trend of the world, which is beyond doubt. Now, we must surpass the barriers of enterprises and government departments for the barriers of enterprises and government departments for the barriers of corporate and government departments for the barriers of enterprises and government departments. Popularize robots and assemble the wisdom of all Japan. “


Japan’s Independent Administrative Legal New Energy and Industrial Technology Comprehensive Development Agency (NEDO) announced the “Robot White Paper” and proposed to make full use of robotic technology to solve social issues such as population reduction problems. Among them, the medical and care industry robots will be further popularized. In 2020, the market size is expected to be more than three times that of about 2.8 trillion yen (about 170 billion yuan). NeDo said that the white paper aims to work with the people and the people to improve the robotic technology.

As early as 2007, Japan introduced a plan to expand the industrial scale of industrial robots to 1.4 trillion yen before 2050, with plans to have millions of industrial robots. If an industrial robot is equivalent to 10 labor, and 1 million industrial robots are equivalent to 10 million labor, and it is still high -quality and reliable labor force. The total population of Japan is actually more than 100 million. The number of industrial robots can fully meet Japan’s domestic economic needs.

The reason why Japanese robots are leading, advanced, and developed from all aspects of the world:

Japan has one of the big cutting -edge technologies: robotic precision reducers:

Almost all the precision reducers used in industrial robots in the world are monopolized by Japan. Japan’s precision reducer technology is far ahead, and it is difficult for many countries to replace in the short term. In particular, the RV reducer harmonic reducer is two very important reducers in precision reducers. As the world’s manufacturing power, Japan’s reducer, regardless of product, material, design level, quality control, accuracy, power density, or reliability, and service life.

It is worth mentioning that the world’s capable and reliable precision reducer manufacturers can provide very limited production enterprises, and the market share of most precision reducers has been occupied by Japanese companies: for example The RV deceleration of NABTESCO in Japan accounted for about 60%of the global market share; for example, Nabtesco Nabebutsk Co., Ltd. is the world’s top robot component company; it is worth mentioning that Nabtesco has high precision, high rigidity, small and small, but also The reputation of lightweight; for example, about 15%of Japan’s Harmonica’s harmonic reducer giants, there are also famous Japanese Sumitomo (Sumitomo). Therefore, the proportion of Japanese precision reducers, especially in the field of robotics, is overwhelming, and there are almost no rivals in the world.

Nabtesco (Naberzk) is composed of the two Japanese companies, the Japanese Emperor Symphony and Nabak (the first automatic door of Japan in 1956). Emperor Jingmi and Nabak are manufacturers of global sports control systems and components. These two companies have almost controlled high -end core technologies and controlled most of the world’s market share.

日本Harmonic:是整体运动控制的领军企业,其生产的Harmonic Drive组合型谐波减速机,具有轻量小型、无齿轮间隙、高转矩容量等特点,被广泛应用于工业机器人、仿人机器人、 Semiconductor LCD production devices, photovoltaic equipment, optical instruments, precision machine tools and other cutting -edge fields.

Japan’s HDSI: The low deceleration ratio cannot be achieved by the harmonic reducer. HDSI products also involve Harmonic Planetary, a precision planetary gear box type harmonic. Its unique inner gear transformation process can make the planetary gears more tighter with it, eliminate the back space, and even achieve a precise transmission error.

It is worth mentioning that Japan has a global absolute leading advantage in high -precision robot reducers. 75%of the global robot industry’s precision reducer was monopolized by Japan’s Nabtesco and Harmonicdrive (industry, commonly known as RV reducer harmonic reducer). These include the famous robot companies ABB, FANUC, KUKA, Famano, Antuan, and other mainstream robotic manufacturers of the world are also provided by the two companies.

Japanese cutting -edge technology 2: Electrical technology in Japanese robots:

Japanese motor manufacturers control the global high -end technology and occupy a very important position in the global motor market. Japanese motors are almost at the highest position in the market, and they have the top technology and products in the world. Japan’s main five leading motor companies in the world are: Japan’s Electric Electric Corporation, Japan’s Mon also to Madamine Corporation, Japan Electric Plaza Co., Ltd., Japan Sanye Co., Ltd. and Japan Merbia Group. On the CNPP World Electric Ranking, Mitsubishi Electric, Anchuan Electric, Panasonic Electric, ABB, Siemens, the top five Japan occupy three seats.

Japanese electricity products have been standing alone in the world since 2010. It can be said that Japanese electrical production has armed motors to teeth and maintains a domineering trend. The chairman and president of Japan’s electricity producers have said a word in Yongshou, who once said: Japanese electricity is the first company that strives for the first thing in everything! Japan will become the world’s leading motor supplier.

Japan has powerful robotic development matrices such as Robot Giants Hitachi, Antuan Electric, and Faka, which can provide almost all automated robots in industrial production. It is common: they have motor production capacity beyond the strength of other countries. Therefore, without powerful motor manufacturing capabilities, it is impossible to seize the opportunity in the field of robotic manufacturing.

Japanese cutting -edge technology 3: Controller in Japanese robots:


Aichuan Motor in Japan is known as one of the four major families of global robots. In fact, the most powerful Akawa Electric is not just its robot, but a controller. For example, Anchuan, Japan, has a very advanced machine controller -MP3300 with a very advanced scanning speed. MP3300’s host CPU is equipped with the fastest sports network Mechatrolink-III in the world in the world, which achieves high-speed and high-precision communication through fine exercise control. It is worth mentioning that the most powerful part of Anchuan is to use it in a very harsh environment. Anchuan controller expands the environmental temperature range of 0 ° C+60 ° C (more than+55 ° C, a cooling fan is required in the cabinet). According to data, if the highest temperature in the world’s largest desert -the Sahara desert is only 57.7 degrees Celsius, the machine controller of Anchuan Electric can still be used normally on the desert! The Japanese increased the extreme temperature to 60 degrees.

In summary, the development of industrial robots must break through the core component technology of the robot. It is worth mentioning that the Chinese industrial robot market has long been occupied by global giants for a long time. The most prominent reason is that the precision reducer, servo motor, controller and other core components are seriously dependent on imports, allowing domestic brand robots to cost There is no advantage.

It should be reminded that domestic robots have been walking at the low -end industry. Since 2013, China has become the world’s largest robot consumer country, and has been in the world’s industrial robot market for three consecutive years. At the same time, the production of domestic industrial robots has also shown a trend of explosive growth. Although the transformation of automation technology has brought a huge market to the industrial robot industry, key parts of domestic robots have always been “subject to people.”

The global robot industry chain can be divided into three levels of the upper, middle, and lower: the upstream is the core parts, mainly the reducer and control system, which is equivalent to the “brain” of the robot; the midstream is the robot body, which is the “body” of the robot; the downstream is the “body”; the downstream is the “body”; the downstream is the lower reaches; It is a system integrator and relying on the core equipment of upstream and middle reaches to make integration products.

In the global robot market, Japan’s Anchuan Electrical Company and Fama Company ranked among the top two in the world with 5,823 4,512 patent applications. There are 2,231 European ABBs, 2016 South Korea Samsung, and 1907 Japan. For the industrial robot industry, this data urgently needs to be optimized and upgraded in technology and products.

Three core parts of industrial robots: controller, servo motor, and reducer are the main bottlenecks that restrict the Chinese robot industry, and account for 70%of the cost of robotics.

The controller is the brain of the robot, and the role is to publish and pass the instructions. These include two parts of hardware and software: hardware is an industrial control board card, including some main control units, signal processing parts and other circuits. Domestic brands have actually mastered; and the software parts are mainly controlled algorithms, secondary development, etc., and domestic brands are particularly special. There is still a certain gap in stability, response speed, and ease of use.

Because the controller is a “neural center”, mature robotic manufacturers in the world generally develop controllers themselves in order to ensure stability and maintain their own technical system. Therefore, the market share of the controller is basically consistent with the robot body. Of course, there are also manufacturers such as Keba, Bofu, and Baikai provide the underlying platform of the controller.

The competition in the servo motor is very fierce, but foreign investment has always held the right to speak, especially the Japanese brand is unique. The servo motor is an execution unit in the robot and is an important factor affecting the performance of the robot. The servo motor is mainly divided into step, communication and DC. The most applications in the robot industry are communication servo, accounting for about 65%.

The serviced brand of the servo system occupies a monopoly advantage. Japanese brands monopolized the global small and medium OEM (equipment manufacturing) market with good product performance and competitive prices. For example, in 2014, among the TOP15 manufacturers in the servo system, the top three are Japanese brands, with a market share of 45%. European brands such as Siemens, Bosch, and Schneider also occupy a high -end market, and the market share is about 30%. The share of domestic enterprises is less than 10%.

The controller and the servo system are very closely related. The sorting of the customer’s selection of the product is: reliable stability, price, and service.

In terms of deceleration, a lot of introductions above. The robot reducer market is a high monopoly, and the domestic reducer cannot achieve comprehensive import substitution in the short term. The reducer is used to accurately control the robot movement and transmit greater torque. There are two types of reducers: one is the RV reducer installed in the heavy load positions such as the seat, the arms, and the shoulder, and the other is a harmonic reducer installed in the light load position installed on the small arm, wrist or hand. As mentioned above, the RV reducer was completely monopolized by Nabetusk, Japan, and the harmonic reducer was fully monopolized by Hemonako, Japan.

The core difficulty of RV reducer is the basic industry and technology. Because the RV reducer is a precise component of pure machinery, it is indispensable in material, thermal treatment process, and high -precision machining machine tools. Especially in these aspects of long -term backward developed countries, we are not solved by a certain company alone. The reducer needs to combine more than 200 parts and components, and the accuracy requirements are very demanding, especially in the tolerance matching between parts and components, and long -term experience accumulation is required.

From the perspective of international reducers, the popularity of Japanese reducer is undoubtedly the highest. In addition to the ranking of Hemonoko and Nabetusk, which are ranked one or two in Japan, Japan also has famous brands such as residents and Xinbao. It is also very popular.

The general manager of the domestic Srian Electrical and Electrical Manager once said that in the steel gear processing technology of the harmonic reducer, Japan’s Hammenako has achieved two minutes of workpiece (processing), and many domestic are still using traditional traditional traditional use of traditional traditional use The teeth process, the slow silk process; in the processing of the RV reducer line, Nabetusk uses the latest forming grinding and exhibition formation method, which can process two to three products per minute, and the domestic efficiency is still very efficient. Low, do not have the conditions for mass production.

Second, Germany

The level of industrial robot manufacturing in Germany is also the world’s leading. German industry


Industry has always been among the best in the world. German KMC Robot is one of the four major families of global robots. Germany began to study industrial robots early


Has made outstanding achievements. Kuka Robot is the earliest robot company in Germany. In 1898, it was established in Oaksburg. At first, it was not an industrial robot, but on indoor lighting. It was not until 1995 that the current KUKA Industrial Robotic Co., Ltd. is one of the world’s leading industrial robotic manufacturers.

Globally, Japan and Europe are the main producing areas of industrial robots. The four companies of Germany, Kuka, Swiss ABB, Japan FANUC, and Aichuan Electric are the world’s main industrial robot suppliers. Become the four major families produced by world -renowned industrial robots. It is worth mentioning that German industrial robots have a certain lead in raw materials, ontology parts and system integration.

The technology of German Aerospace Robot occupies a leading position throughout Europe, especially its sensing technology and electromechanical integration technology at a leading level worldwide. In addition to the exploration technology of the earth’s orbit and outer space, German Aerospace robots also have an important reference effect on the development of ground technology.

Another example is the SUB1 RELOADED robot developed by German scientists before it took only 0.637 seconds to crack the third -order Rubik’s cube, breaking the 0.887 second record that had previously set, and loaded the Guinness World Record. The record of humans crack third -order Rubik’s cube is 4.904 seconds. The Sub1 RELOADED uses a microcontroller produced by Yingfeeling. This microcontroller is similar to the controller in the driverless driving system, which can make the machine “minimal reaction”. The role of “minimum reaction” in autonomous driving is more effective than reconstruction of the Rubik’s Cube.

KUKA Industrial Robot:

In 1973, Famulus, the world’s first six -axis electromechanical industrial robot; 1976-2, invented IR6/60 -a new robot -like man -type electromechanical driver corner; in 1989, the new generation of industrial robots were born and none brush


The use of use reduced maintenance costs and improved technical availability; in 2007, KUKA TITAN became the most powerful 6-axis industrial robot at that time and was included in the Guinness Records; in 2010, the Krquantec series of industrial robots supplemented the robot family 90– 90– 300 kilograms of working scope of 3100 mm; in 2012, the latest small robot series Kragilus was listed; in 2014, KUKA launched the food industry super cold -resistant robot. It can be seen from the history of KUKA that KUKA has created extraordinary achievements in industrial robots.

The world-class users of KUKA Industrial Robot include: GM, Chrysler, Ford, Porsche, BMW, Audi, Mercedes, Volkswagen, Ferrari, Harley Davidson, FAW-Volkswagen, Siemens, IKEA, Swarovski, Wal-Mart Beer, BSNMedical, Coca -Cola and so on.

German BAHR Company:

Germany BAHR is the most professional right -angle coordinates in Germany and even the world


One of the manufacturers has been focusing on the research and development of the linear positioning system and products for decades, and has achieved a good reputation in the industry. Its products have also been widely used in cars such as cars, electronics, electrical appliances, detection, medical, aerospace, food Wait on the production line in various fields.

The German BAHR Robotic Company can provide various specifications of linear guide rails, two -dimensional, and three -dimensional standard robots, as well as users and production lines in a short time. These robots can be equipped with welding torches, various universal claws or special tools. They can achieve various tasks in the definition of 3D spaces, such as stack robots, ductive robots, spraying robots, explosion -proof robots, etc.

Cloos, Germany:

Cruise has a history of 85 years as a developer dedicated to welding technology and welding equipment. The company created the first one in 1978

Welding Robot

, It is a 5 -axis with a microcomputer controller

Essence In the early 1980s, it developed a multifunctional 6 -axis ROMAT robot system. The company can now produce robot units with high flexibility, accuracy and multiple programming functions, and extended to 12 axes. Unlike other welded robot companies, Cloos Company is manufactured by CLOOS German Haiger in both the robot body and peripheral equipment and welding machines. The robot system that the company provides includes: robots, robotic controllers, welding equipment, and peripheral equipment, such as locations, tools and protective devices, main controllers and main controllers and main controllers and main controllers and main controllers and main controllers and



German REIS


REIS Machine Manufacturing Co., Ltd. is one of the leading robot manufacturers in the European market today. The company has developed the first mold research and punching machine for mold manufacturing. The stamping machine has been patented many times, and it is still very popular to this day. In 1983, REIS used its own robot controller Robotsta:, and newly developed various models of robots, which can be applied to almost all industrial departments.


German Robotic Company (Roboworker) is one of the world’s most famous right -angle coordinate robot suppliers.

servo motor


Control System

The image processing system and registered trademarks in countries around the world.

3. Switzerland

Switzerland is known as the “Silicon Valley in the robot world”. When people mention Switzerland, they often think of the lakes around the mountains, the tasteful chocolate and the developed banking industry. But Switzerland is a paradise for the development of the global robot industry. Switzerland has been rated as the world’s most innovative country by the famous Cornell University, the World Intellectual Property Organization, and the European School of Business Administration in Paris for seven consecutive years. Especially KPMA’s accountant: Switzerland believes that Switzerland can perfectly cope with the upcoming industrial automation and the wave of robots.

The Federal Institute of Technology in Zurich and the Lausanne Federal Institute of Technology have always been the best universities in Europe. Although the total population of Switzerland is only 8.5 million, the proportion of scientific publications is the highest in the world. Therefore, in the face of the fourth industrial revolution in the world, the Swiss government’s response was very keen. It not only positioned the robot as a strategic development direction, but also established the Swiss National Robotics Research Center. effect.

It is worth mentioning that the earliest writing robot in the world was born in Switzerland. In the 1870s, the superb watchmaster Pierre Jaquet-Droz and its assistants even co-produced the classic robotic doll. Three dolls who can write good painting and can play Fengqin seem to be the originator of robots. For example, Germany and Swiss scientists jointly developed a small four -foot robot, which will become the first power machine to walk on the surface of Mars. For example, the research team of the Federal Institute of Technology in Lausanne and the University of Texas, Switzerland, has developed a heart -controlled robot that can help people who are paralyzed on the limbs can perform more independent daily activities.

Switzerland’s Chuger is known as “Crypto Valley”. Lausanne is also selected as the European base of REWIRED, focusing on robotic venture capital and funds. Google, Lianqi, Apple, Disney, etc. have set up R & D bases here.

The three major robot giants represented by Switzerland ABB, Japan Fata, and Germany occupy the main market share of global industrial machines. Among these three giants, the annual income of ABB Group has reached the highest, far ahead of other powerful opponents.

ABB headquarters is located in Zurich, Switzerland, and is the top robotic manufacturer internationally. ABB once launched the world’s first spray robot in the late 1960s, invented the world’s first industrial electric robot in the mid -1970s. ABB has the most comprehensive and most comprehensive robotic products in the world today, and covers the five major areas of power products, discrete automation, motion control, process automation, and low -voltage products. In particular, electricity and automation technology are the most famous.

Industry insiders believe that the overall coordination of the robot itself is very critical. In terms of its six -axis robot, the single -axis speed is not the fastest, but the accuracy of the six -axis together is very high. The system, this is a very high technical problem, but ABB’s robots developed by ABB can easily achieve various properties such as diameter accuracy, motion speed, and programmable design, which has been greatly improved in terms of production efficiency and safety. For example, my country has become the world’s largest application market for five consecutive years, and has become a must -have for many giants, and the most successful is the ABB Group. ABB was once considered to be the only multinational enterprise that truly realizes industrial robots in R & D, production, sales, engineering and service full -value chains.


Four, the United States

The United States is the birthplace of global robots. As early as 1962, the United States developed the world’s first industrial robot. At least five or six years earlier than the “Robotic Kingdom”. The United States has now become one of the robotic powers in the world. It is not only strong but also advanced. As we all know, American technology and industrial powers, especially the level of science and technology, are very developed. For example, the world’s most advanced humanoid robot “Atlas” (strong god in Greek mythology) developed by US weapons contractor Boston Power Company for the US military.

As early as the mid -to -late 1980s, the United States started to produce a second -generation robot with visual and strong sense, and quickly occupied the global robot market. Compared with other countries, the technology of American robots is more comprehensive and advanced, and the adaptability is very strong. The American robotic performance is reliable, comprehensive, highly accurate, and the research of robotics is fast, with a lot of language types, and widely used. Especially the overall level of robotics ranks first in the world. The development of intelligent technology of American robots is also rapid. Among them, artificial intelligence technology such as vision and touch have been widely used in aerospace, automotive industry, and military. It is worth mentioning that. Americans pay more attention to applications in robots, that is, system integration.

Looking at the history of the development of American industrial robots, the road is tortuous. From the 1960s to the 1970s, industrial robots in the United States were mainly based on the research stage, but only several universities and a few companies carried out related research work. At that time, the U.S. government did not include industrial robots in key development projects. In particular, the U.S. unemployment rate at that time was as high as 6.65%. The government was worried that the development of robots would cause more people to unemployment. Under such a policy guidance, American robotic companies have missed the opportunity to develop a good opportunity and adheres to the level of using rigid automated devices. It can be said that it has become a strategic decision -making error in the US government. In the late 1970s, although the U.S. government and business community changed their understanding and application of industrial robots, the focus of technical routes still focused on the research robot software and military, universe, ocean, nuclear engineering and other high -end robots. In development, the industrial robots in Japan later lived, and quickly surpassed the United States in the application of industrial production and robot manufacturing.

It is worth mentioning that compared with other countries, American robots have more comprehensive, advanced technology, and strong adaptability. The specific reflection is that the robotic performance is reliable, the function is comprehensive, and the accuracy is high; the research of robotic language has developed rapidly, the language types are many, widely used, and the level is the top of the world. In addition, the intelligent technology of American robots has also developed rapidly. Its artificial intelligence technology such as vision and touch have been widely used in the aerospace and automotive industry. High -intelligence and difficult military robots, space robots, etc. have developed rapidly. Minesweeper, Brahite, reconnaissance, standing and space detection.

1) AdepTechnology:

He is the leader and service provider of the global intelligent visual robot system. It is a high -tech production enterprise specializing in industrial automation,

2) Americanrobot:

Americanrobot is a manufacturer of industrial robots, industrial robots and automation systems. Since 1990, the production of military and aerospace control products and mechanical devices.

3) U.S. Baite:

It is one of the leading companies in the global medical industry. BaxterInTERNALINC. In 1931, it was established in the United States.

5. France

With the use of machinery developed by the Atomic Energy Committee in the nuclear field, France is leading in the world’s robot manufacturing field. As early as the 1970s, the French Institute of Information and Automation (Inria) and the French Atomic Energy Commission (CEA) developed the first batch of industrial robots and the first mobile robot.

France has received great development of artificial intelligence technology early, and has achieved great development. France is not only at the forefront of robot ownership, but also at the world’s advanced level at the level of robotic application and application range. This is mainly due to the fact that the French government pays more attention to robotics at the beginning, especially focusing on the research on the application of robots. France has a leading international robot research team, especially in the world of service -oriented robots. In order to promote the service robot industry, France also established the Service Robotics Association (SYROBO) in 2007, and organized the first service robot international exhibition in Lyon, France in 2011.

The development of French robots is relatively smooth. The main reason is to establish a complete scientific and technical system through the government’s strong support of research plans. That is, the government organizes some research projects in the basic technologies of robotics, and the industrial community supports the development of applications and development. The two complement each other, so that the robot develops and popularize the French business community.

In the field of robots, although there are no world -renowned companies such as ABB, FANUC, KUKA, Motoman, etc., they have the world’s leading companies in the field of industrial robots (such as robot design and manufacturing companies Staubli), high -level equipment manufacturers (比如CIMLEC工业集团、Actenium、Clemessy等)、在某些专业领域领先的大中型企业,如RECIF技术公司(硅片处理机器人)、BA-Systems(物流搬运机器人)、ECA机器人公司(比如水面、 Underwater and ground drones), there are also large multinational enterprises such as European Aerospace Defense Group, Tyraz, and French LNPEF investment.

France also has many internationally renowned scientific research institutions (such as Paris Higher Mining School, the School of Higher Electricity, the Atomic Energy Committee, the National Institute of Information and Automation, etc.), as well as dozens of world -leading robot start -ups, such as Aldebaran, Gostai, INDUCT,, RB3D, Robosoft, etc. France has many competitive industrial parks that focus on robotic fields, such as Images Et Resex Park in Brittany’s region, Minalogic and Imaginov Park in Ron-Alps Province, CAP DIGITAL Park in Paris, Aerospace in the Akican region Valley Park and Viameca Park in Overne.




It is worth mentioning that France launched the French Robot Development Plan in 2013, which aims to create favorable conditions, promote the sustainable development of the robot industry, and achieve the goal of “becoming the top five in the world’s robot field by 2020”.

Aldebaran, a well -known French robot company, was established by Bruno Maisonnier in Paris, France in 2005. It is a company dedicated to the research and development and production of commercial robots. Next Gen has developed the company, which has opened new application areas and development prospects for users. In June 2014, SoftBank Mobile and Aldebaran jointly launched the world’s first personal robot to identify emotions -PEPPER. NAO is the most widely used human robot in academic fields.

Pepper is a human -shaped robot, jointly developed by French Aldebaran Robotics and Japan SoftBank Group. It is a personalized robot who can read emotions. It detects human smiles, frowning, and surprise through the field of vision system, and recognizes human voice tone and the words that expresses the strong feelings of human beings through the voice recognition system.

6. Italy

Italy is one of the earliest countries in global development of industrial robots. As early as the early 1970s, its robotic products began to enter the international market, second only to the United States and Japan. After more than ten years, the production and technology of Italian industrial robots have made great progress, and they are in a leading position in the world. Italy used to be the fourth largest in Europe and the eighth largest economy in the world. It is especially famous for manufacturing and SMEs. The number of SMEs accounted for more than 99.5%of the total number of enterprises and was known as the “SME Kingdom”.

Italian machinery industry is characterized by high creative and superb technical standards, good at customizing product solutions according to customer requirements, and long -term production traditions.

It is worth mentioning that the Italian robot industry is the essence of Italian machinery manufacturing, especially in the international leading level in terms of innovative research and development strength and market size. In some aspects, the technical level has exceeded Germany and Japan. There are more than 50 Italian robotic manufacturers, and the annual R & D expenses invested by enterprises generally account for 5-10%of their sales. In particular, Italy is used in the robot system made by vehicle manufacturing, such as welding robots, vehicle assembly robots, and body spraying process robots at a leading level in the world.

The world -renowned Coma Robot (Comau) is a global enterprise affiliated to the Fiat Group. It was founded in 1976 and is headquartered in Turin, Italy. As early as 1978, Koma took the lead in developing and creating the first robot named Polar Hydraulic robot. Koma Robot is the leader of automation integration solutions. It is worth mentioning that,

The Comar Smart series robots are the technical core of point welding, arc welding, handling, automatic connection, casting, glue, and cutting of SMART automation application solutions. In particular, the “hollow wrist” robot NJ4 has unparalleled technical advantages in the field of welding.

The Koma Aviation Manufacturing Team supplies advanced product system solutions for global winged aircraft and helicopters. As a manufacturing company of traditional international aviation production line, Coma has provided aircraft manufacturing solutions to large and European original aircraft manufacturers in the past two decades in the past two decades. The plan, as the main equipment supplier of the aviation production chain, leads the forefront of global aviation manufacturing technology.

Seven, Sweden

Sweden is an important developed country in robotic manufacturing. Sweden’s research on robots began in the 1950s and was one of the developed countries that developed robots earlier in Europe. In the 1960s of Sweden, the first generation of robots were developed. In the late 1960s, the industry began to invest and install and use robots. The ASEA (now ABB Company) started using robots in 1969. It was the first robot in Europe. One of the company.


Swedish BROKK multifunctional demolition robot is a hydraulic removal equipment produced by Brokk AB, Sweden, which can be used in industries such as construction demolition, rescue and rescue, nuclear energy, high risk, cement and metallurgy. With the characteristics of remote control operation, safety, environmental protection, efficiency, good performance, etc. In the high -risk environment such as nuclear power stations, nuclear facilities, and other strong radiation, toxic, the application of robotic technology in Sweden has been at the leading level of the world.

The famous Swedish Robotic Valley is located in Westoros, Sweden. It was established in 2003. It is the birthplace and headquarters of ABB Group, Bombardier, H & M Group and Atras Automation Division. It is the “heart” of the entire European robot industry. The product field mainly includes industrial robots, professional robots and service robots, and has settled in more than 400 robot companies in Sweden.

8. South Korea

The popularity rate of Korean robots was the world’s leading. As early as 2016, each 10,000 Korean manufacturing workers had 531 multi -purpose industrial robots, while the world average was only 69. The relevant parts and components are lacking. Not only that, there are also large gaps in South Korea in terms of robotics.

The Ministry of Knowledge and Economics of Korea once formulated the “Second Intelligent Robot Action Plan (2014-2018)” based on this strategy. The US dollar occupies 20%of the world’s market share, and enters the “three major powers in the world robot”. Kimjae-Hong, the first deputy minister of the Ministry of Trade and Energy, said: “In order to promote the development of the robot industry and become a pillar industry, the government requires various industries to expand the needs of robotics, and the government will also focus on supporting this action.”

South Korea in the field of industrial robots


1) Neuromeka company:

Established in 2013, the headquarters is located in Jiangnan, Seoul, and operates industrial collaborative robots, parallel robots and robotic brakes. The company’s main products include collaborative robots INDY series, including Indy3, Indy5, Indy7, Indy10, Indy15, Indy -RP, Indy -RP2, and OPTI5, OPTI10 and other models of the OPTI series.

2) Doushan Robotics Company:

Established in 2015, headquartered in Mizugahara, Gyeonggi -do, the main production industry collaborative robot. The company’s robotic products are equipped with 6 high -performance torque sensors, which can perceive the extremely subtle impact strength. Through the safety setting of Doushan robots, it can protect the safety of staff in all aspects.

3) RAON Tech Company:

Founded in 2000, headquarters is located in Mizugahara, Gyeonggi -do, is an enterprise with 20 years of industrial robotics and logistics equipment production and development experience.

4) T -Robotics Company:

Founded in 2004, it is the top semiconductor and flat -screen display clean room robot manufacturers in South Korea. In 2017, T -Robotics and AMAT jointly developed the 11th -generation net room robot, becoming the earliest enterprise in the world to supplies the Chinese tablet manufacturer’s BOE production line.

South Korea is in the field of special service robots

1) Angel -Robotics:

It is a start -up company founded in 2017. The company is located in Mopu District, Seoul. It is mainly professional service robot. The main service object of wearable devices produced by the company is people with inconvenient walking to help them stand up again. It has three main products including Angelegs, Angel -SUIT, Walkon Suit.

2) Wonikrobotics:

Founded in 2004, it belongs to the Wonik Group of South Korea and is a company specializing in robotics in semiconductor and panel -related fields.

3) Hyundai Rotem Company:

Established in 1997, it is a manufacturing enterprise for South Korean railway vehicles and defense products.

South Korea in the field of personal service robots


1) Yujinrobot Company:

Established in 1988, it is a representative robot company in Korea.

2) RF company:

Established in 2014, the main product is “WindowMate” intelligent window rubbing robot. This product uses four permanent magnets to adsorb with a safety buckle design, and at the same time, it can clean the two sides of the glass.

3) Lebo Lebo Company:

Established in 2000, it is South Korea’s largest educational robot provider. Lebo has exported education robots to 20 countries.

4) 1THEFULL company:

The company enjoys technical advantages in the fields of software solutions, big data, natural language learning technology, supporting products equipped with API technology in the technology of artificial intelligence development; Essence


South Korea in the autonomous driving system

UNMANSOL: Founded in 2008, the company’s unmanned autonomous vehicles, unmanned tractors, and vehicle robot platforms in South Korea are at a leading level.

South Korea in the field of robot design

DesignersKingDom: Founded in 1025, the company is located in Akagawa Ronaldo, the main robot design and structural design. The company is the earliest robot design trend analysis company in South Korea.