Last week, the first roadshow of science and technology projects in 2015 was held in Foshan. The first “Gold Section Production†integration meeting was held in succession. The industry and enterprises in Foshan docked with institutions and achievements of the Chinese Academy of Sciences and other institutes, and various financial institutions including docking banks and venture capital were established. platform.
Liu Yuelun, secretary of the Foshan Municipal Party Committee, said: “In five years, the equipment manufacturing industry must reach the scale of trillions, and this development goal cannot be achieved without the support of financial science and technology.†This phrase has caused everyone to concentrate on “Foshan†The development of trillion-scale equipment industry.
The lack of "technical" and "gold" in the equipment manufacturing industry cannot, of course, become stronger and bigger on the original pile. In fact, the inevitability of the equipment industry is a clear transition path. Just as a person in charge of a venture capital institution said, “Now companies are not bad, but don’t know where to go, how can capital be converted into new value?â€
As the economy has entered the new normal, Foshan's equipment industry has experienced more than a decade or two of development and has been struggling to adjust its pace. We may learn from the following stories of successful cross-border Foshan companies.
Nanfeng Co., Ltd., a privately-owned company in Foshan, built a fan from the initial stage of hand hammering and moved into the field of nuclear electric fans for a decade. It has become the leading company in nuclear power equipment in China and is now intersecting with “industrial 3D printingâ€.
The cross-border industry that occurred in Foshan was led by enterprises. This may be the key to its success. Its investment of 168 million yuan, spent four years of independent research and development, the additive manufacturing technology (in a broad sense that 3D printing) applied to the nuclear industry equipment.
In recent years, the international community has discussed more about the new industrial revolution. Breakthroughs and cross-convergence among multi-sector technology groups, technological breakthroughs and wider application of additive manufacturing, new materials, and big data are driving profound changes in the mode of manufacturing production. Additive technology is also one of the technologies involved in the German Industry 4.0 strategy.
From the breakthrough of industrial 3D printing technology, it involves cross-convergence in multiple fields of technology, new materials, additive manufacturing technology, information technology, and numerical control technology. It is a cross-disciplinary research across physics, chemistry, and materials science. Achievements. From the complicated traditional casting of more than a dozen processes, to the once-formed and infinitely-repairable 3D printing, digitalization, flexibility, and intelligence are all expressed.
The lack of manufacturing technology and equipment capacity for large-scale integral key metal components is a major technological bottleneck for the development of major industrial equipment such as nuclear power, thermal power, and metallurgy in China. In the company's transformation strategy, Nanfeng shares has locked the market of “nuclear industrial equipment†made in China and focused on the common issues in the manufacture of heavy metal forgings, clarifying the significance of common technology breakthroughs. Businesses first have goals for the areas that they have to overcome. Based on this starting point, companies are looking for technical partners across the country through various channels.
Professor Wang Huaming of Beijing University of Aeronautics and Astronautics is the “Chief Scientist†of the Department of Aerospace Materials and Structure Research. He is an expert in the field of laser additive manufacturing and innovates the realization of large-scale 3D printed aircraft structures. After meeting with Wang Huaming, Nanfeng Group quickly identified the cooperation in the development of metal 3D printing technology. The two jointly established Southern Additives Co., Ltd. and established the “Heavy Metal Component Electrofusion Precision Molding Technology Project†for civil use. Wang Huaming The team holds 31% of the shares. After hundreds of experiments, the core technical team made a breakthrough in key technologies.
The high-end equipment industry is an area in which manufacturing innovation gathers factors, rapid application of results, and fierce technological competition. In the development of high-end equipment industry in China, on the one hand, there is a lack of research on industrial common technologies, enterprises are more difficult to dock or do not dare to try cutting-edge new technologies; on the one hand, although scientific research institutions hold key technological R&D achievements, they are On the road to industrialization, there is a lack of "golden" and "industrialization path," and it is difficult to turn the results into productivity.
In the research and development field, companies must cooperate with large national research institutes or research institutes, but these institutions are often subject to institutional restrictions. Therefore, it is necessary to establish an innovation system that takes the enterprise as the main body, innovate the mechanism suitable for the introduction of talents, guide the integration of innovation resources, promote the integration of production, learning and research, and accelerate the orderly transformation of innovative achievements in universities and research institutes.
In the 2014 report on the work of the two governments, Prime Minister Li Keqiang proposed to encourage scientific researchers to start businesses, to more closely promote the integration of science and technology with economic and social development, and to promote China's industries to the high end of the global value chain. As the main body of innovation, enterprises do articles on resource integration, and are even more articles on cooperation model innovation. Nanfeng shares a joint venture with scientists from professional fields to set up R&D projects. As a result, the interests of companies and R&D teams are highly consistent, which is very conducive to the industrialization and marketization of research results.
The enterprise is the most dynamic cell in the economy. The company's strategy for the path of transformation and upgrading determines what kind of talent and resources it can attract. Therefore, Foshan creates a trillion-scale equipment industry, and the enterprise needs to be the main body, and innovation adapts to the new era. New driving path.
Liu Yuelun, secretary of the Foshan Municipal Party Committee, said: “In five years, the equipment manufacturing industry must reach the scale of trillions, and this development goal cannot be achieved without the support of financial science and technology.†This phrase has caused everyone to concentrate on “Foshan†The development of trillion-scale equipment industry.
The lack of "technical" and "gold" in the equipment manufacturing industry cannot, of course, become stronger and bigger on the original pile. In fact, the inevitability of the equipment industry is a clear transition path. Just as a person in charge of a venture capital institution said, “Now companies are not bad, but don’t know where to go, how can capital be converted into new value?â€
As the economy has entered the new normal, Foshan's equipment industry has experienced more than a decade or two of development and has been struggling to adjust its pace. We may learn from the following stories of successful cross-border Foshan companies.
Nanfeng Co., Ltd., a privately-owned company in Foshan, built a fan from the initial stage of hand hammering and moved into the field of nuclear electric fans for a decade. It has become the leading company in nuclear power equipment in China and is now intersecting with “industrial 3D printingâ€.
The cross-border industry that occurred in Foshan was led by enterprises. This may be the key to its success. Its investment of 168 million yuan, spent four years of independent research and development, the additive manufacturing technology (in a broad sense that 3D printing) applied to the nuclear industry equipment.
In recent years, the international community has discussed more about the new industrial revolution. Breakthroughs and cross-convergence among multi-sector technology groups, technological breakthroughs and wider application of additive manufacturing, new materials, and big data are driving profound changes in the mode of manufacturing production. Additive technology is also one of the technologies involved in the German Industry 4.0 strategy.
From the breakthrough of industrial 3D printing technology, it involves cross-convergence in multiple fields of technology, new materials, additive manufacturing technology, information technology, and numerical control technology. It is a cross-disciplinary research across physics, chemistry, and materials science. Achievements. From the complicated traditional casting of more than a dozen processes, to the once-formed and infinitely-repairable 3D printing, digitalization, flexibility, and intelligence are all expressed.
The lack of manufacturing technology and equipment capacity for large-scale integral key metal components is a major technological bottleneck for the development of major industrial equipment such as nuclear power, thermal power, and metallurgy in China. In the company's transformation strategy, Nanfeng shares has locked the market of “nuclear industrial equipment†made in China and focused on the common issues in the manufacture of heavy metal forgings, clarifying the significance of common technology breakthroughs. Businesses first have goals for the areas that they have to overcome. Based on this starting point, companies are looking for technical partners across the country through various channels.
Professor Wang Huaming of Beijing University of Aeronautics and Astronautics is the “Chief Scientist†of the Department of Aerospace Materials and Structure Research. He is an expert in the field of laser additive manufacturing and innovates the realization of large-scale 3D printed aircraft structures. After meeting with Wang Huaming, Nanfeng Group quickly identified the cooperation in the development of metal 3D printing technology. The two jointly established Southern Additives Co., Ltd. and established the “Heavy Metal Component Electrofusion Precision Molding Technology Project†for civil use. Wang Huaming The team holds 31% of the shares. After hundreds of experiments, the core technical team made a breakthrough in key technologies.
The high-end equipment industry is an area in which manufacturing innovation gathers factors, rapid application of results, and fierce technological competition. In the development of high-end equipment industry in China, on the one hand, there is a lack of research on industrial common technologies, enterprises are more difficult to dock or do not dare to try cutting-edge new technologies; on the one hand, although scientific research institutions hold key technological R&D achievements, they are On the road to industrialization, there is a lack of "golden" and "industrialization path," and it is difficult to turn the results into productivity.
In the research and development field, companies must cooperate with large national research institutes or research institutes, but these institutions are often subject to institutional restrictions. Therefore, it is necessary to establish an innovation system that takes the enterprise as the main body, innovate the mechanism suitable for the introduction of talents, guide the integration of innovation resources, promote the integration of production, learning and research, and accelerate the orderly transformation of innovative achievements in universities and research institutes.
In the 2014 report on the work of the two governments, Prime Minister Li Keqiang proposed to encourage scientific researchers to start businesses, to more closely promote the integration of science and technology with economic and social development, and to promote China's industries to the high end of the global value chain. As the main body of innovation, enterprises do articles on resource integration, and are even more articles on cooperation model innovation. Nanfeng shares a joint venture with scientists from professional fields to set up R&D projects. As a result, the interests of companies and R&D teams are highly consistent, which is very conducive to the industrialization and marketization of research results.
The enterprise is the most dynamic cell in the economy. The company's strategy for the path of transformation and upgrading determines what kind of talent and resources it can attract. Therefore, Foshan creates a trillion-scale equipment industry, and the enterprise needs to be the main body, and innovation adapts to the new era. New driving path.
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