Two days ago, an article said that China is leading the global automation development, and China's industrial robots can now compete directly with Japan and Europe.
The article points out that the scale of China's industrial robot application market has been ranked first in the world for several consecutive years, and maintained rapid growth; China's robotics technology is also continuing to progress, with a total of more than 137,000 patent applications, ranking first in the world. China has grown into the most dynamic country in the global robotics industry and technology development. China has the ability to compete directly with Japan and Europe.
Personally, in recent years, the rapid rise of China’s industrial robotics industry has gained a place in the world’s robot market. However, in terms of robot’s hard power, China’s industrial robots still have a certain gap compared with developed countries, and are still disadvantaged in direct competition. status.
In fact, the rapid development of China's robotics industry, on the one hand, stems from the transformation and upgrading of the manufacturing industry and imposes higher requirements on productivity. It requires the combination of smart factories and automated production lines to complete more production work. Among these, the robot plays an important role. Role; On the other hand, the number of laborers in our country is declining year by year. There are phenomena of "employment shortage" in many places across the country. With the effective implementation of China's birth control policy, labor shortage will become more and more obvious in the future. Replacing humans with robots will become a reliable development direction. In addition, with the “Made in China 2025†proposal, the state has begun to pay attention to the field of smart manufacturing and encourage companies to conduct research on robotics.
The combination of various reasons has prompted China's robotics industry to enter an "explosion period," but this does not mean that China's industrial robot technology has reached the advanced level of Japan and Europe. On the contrary, China's industrial robot technology still has a certain gap compared with developed countries.
At present, China's industrial robots are still subject to the core technology, and the core parts are heavily dependent on imports. The three core technologies of industrial robots, that is, the key technologies of the three core components: controllers, speed reducers, robot-specific servo motors and their control technologies are still in the hands of developed countries.
Even in Foshan, where smart manufacturing is developing rapidly, most industrial robot companies still focus on low-end and mid-range markets. The company’s product technology and profitability are low, and the high-end market is dominated by foreign products. Zhou Tongyu, a member of the National Committee of the Chinese People's Political Consultative Conference (CPPCC), mentioned after investigating the smart manufacturing in Foshan: “The key parts and components of the smart equipment industry in Foshan are significantly different from those of foreign countries in terms of reliability, accuracy, and service life.â€
Zuo Shiquan, director of the equipment research institute of another industry expert, said frankly: “There is a certain degree of overheating in China’s robot industry. The phenomenon of low-level redundant construction and blind start-up has indeed existed in some regions.â€
In contrast, in the 1980s, the development and use of industrial robots began in the 1980s. In 1967, Kawasaki Heavy Industries of Japan first introduced robots and technology from the United States, established a production plant, and in 1968 produced the first Japanese-made Unimate robot. From 1970 to 1990, Japanese industrial robots experienced explosive growth for more than 20 years and substantially surpassed the United States. The Japanese government has also promoted the application of robots through a series of supporting policies. Robots have been used in various fields, and robotics technology has also developed rapidly.
Japan’s robotics industry has long been exploring and researching, forming today’s advanced robotics technology and a relatively complete robot industry chain. China's robot industry has a short development time and the industrial chain is still not perfect. It is still difficult to compete directly with Japanese robots in the short term. So the key now is how to break through the key technologies and solve the bottleneck of the development of China's robot industry, and then become bigger and stronger.
"We must raise the robot industry to the national strategic level to consider," Zhou Tongyu pointed out, to break the predicament and achieve real parallel or even beyond, we must foster advanced management and innovation through joint reorganization, joint venture cooperation and cross-border integration. Leading companies with strong capabilities and strong market competitiveness are building international famous brands of robots with high reputation, strong comprehensive competitiveness and high product added value.
The article points out that the scale of China's industrial robot application market has been ranked first in the world for several consecutive years, and maintained rapid growth; China's robotics technology is also continuing to progress, with a total of more than 137,000 patent applications, ranking first in the world. China has grown into the most dynamic country in the global robotics industry and technology development. China has the ability to compete directly with Japan and Europe.
Personally, in recent years, the rapid rise of China’s industrial robotics industry has gained a place in the world’s robot market. However, in terms of robot’s hard power, China’s industrial robots still have a certain gap compared with developed countries, and are still disadvantaged in direct competition. status.
In fact, the rapid development of China's robotics industry, on the one hand, stems from the transformation and upgrading of the manufacturing industry and imposes higher requirements on productivity. It requires the combination of smart factories and automated production lines to complete more production work. Among these, the robot plays an important role. Role; On the other hand, the number of laborers in our country is declining year by year. There are phenomena of "employment shortage" in many places across the country. With the effective implementation of China's birth control policy, labor shortage will become more and more obvious in the future. Replacing humans with robots will become a reliable development direction. In addition, with the “Made in China 2025†proposal, the state has begun to pay attention to the field of smart manufacturing and encourage companies to conduct research on robotics.
The combination of various reasons has prompted China's robotics industry to enter an "explosion period," but this does not mean that China's industrial robot technology has reached the advanced level of Japan and Europe. On the contrary, China's industrial robot technology still has a certain gap compared with developed countries.
At present, China's industrial robots are still subject to the core technology, and the core parts are heavily dependent on imports. The three core technologies of industrial robots, that is, the key technologies of the three core components: controllers, speed reducers, robot-specific servo motors and their control technologies are still in the hands of developed countries.
Even in Foshan, where smart manufacturing is developing rapidly, most industrial robot companies still focus on low-end and mid-range markets. The company’s product technology and profitability are low, and the high-end market is dominated by foreign products. Zhou Tongyu, a member of the National Committee of the Chinese People's Political Consultative Conference (CPPCC), mentioned after investigating the smart manufacturing in Foshan: “The key parts and components of the smart equipment industry in Foshan are significantly different from those of foreign countries in terms of reliability, accuracy, and service life.â€
Zuo Shiquan, director of the equipment research institute of another industry expert, said frankly: “There is a certain degree of overheating in China’s robot industry. The phenomenon of low-level redundant construction and blind start-up has indeed existed in some regions.â€
In contrast, in the 1980s, the development and use of industrial robots began in the 1980s. In 1967, Kawasaki Heavy Industries of Japan first introduced robots and technology from the United States, established a production plant, and in 1968 produced the first Japanese-made Unimate robot. From 1970 to 1990, Japanese industrial robots experienced explosive growth for more than 20 years and substantially surpassed the United States. The Japanese government has also promoted the application of robots through a series of supporting policies. Robots have been used in various fields, and robotics technology has also developed rapidly.
Japan’s robotics industry has long been exploring and researching, forming today’s advanced robotics technology and a relatively complete robot industry chain. China's robot industry has a short development time and the industrial chain is still not perfect. It is still difficult to compete directly with Japanese robots in the short term. So the key now is how to break through the key technologies and solve the bottleneck of the development of China's robot industry, and then become bigger and stronger.
"We must raise the robot industry to the national strategic level to consider," Zhou Tongyu pointed out, to break the predicament and achieve real parallel or even beyond, we must foster advanced management and innovation through joint reorganization, joint venture cooperation and cross-border integration. Leading companies with strong capabilities and strong market competitiveness are building international famous brands of robots with high reputation, strong comprehensive competitiveness and high product added value.
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