The Ministry of Science and Technology issued the "13th Five-Year Plan" for advanced manufacturing technology, 3D printing and other industries "money scene" broad.

Pulished Time:2017-05-03

The science and technology departments (commissions, bureaus) of all provinces, autonomous regions, municipalities directly under the Central Government and cities under separate state planning, the Science and Technology Bureau of Xinjiang Production and Construction Corps, and all relevant units:
In order to implement the outline of the National Innovation-driven Development Strategy, the outline of the National medium-and long-term Science and Technology Development Plan (2006-2020), the 13th five-year National Science and Technology Innovation Plan and the made in China 2025, clarify the overall thinking, development goals, key tasks and implementation guarantees of scientific and technological innovation in the field of advanced manufacturing technology in the 13th five-year Plan, and promote the improvement of innovation capability in the field of advanced manufacturing technology, the Ministry of Science and Technology has organized and formulated the "Thirteenth Five-Year Plan for Scientific and Technological Innovation in the Field of Advanced Manufacturing Technology", which is now issued to you, please implement it in light of actual conditions.
Ministry of Science and Technology
14 April 2017
The Ministry of Science and Technology issued a special plan for scientific and technological innovation in the field of advanced manufacturing technology during the 13th five-year Plan, strengthened the support for scientific and technological innovation in the "made in China 2025", promoted the industrial structure to move towards the middle and high end, strengthened manufacturing innovation, reshaped new competitive advantages in the manufacturing industry, and met the strategic needs of China's economic transformation and upgrading.
The plan points out that the manufacturing industry is the foundation of a powerful country and the foundation of a rich country. Without strong manufacturing support, it is impossible to become a real world power. The advanced manufacturing industry, especially the high-end equipment manufacturing industry, has become the commanding height of international competition. Implement the "National Innovation-Driven Development Strategy Outline", "National Medium and Long-term Science and Technology Development Plan Outline (2006-2020)" and "Thirteenth Five-Year" National Science and Technology Innovation Plan, and vigorously promote the implementation of the "Made in China 2025" national strategy and The "Internet" action plan accelerates the transformation, upgrading and leapfrog development of the manufacturing industry from large to strong, which is of great strategic significance to my country's economic and social development.
In accordance with the requirements of overall goals, development ideas and strategic layout, during the "13th Five-Year Plan" period, the advanced manufacturing field will focus on the four levels of "system integration, intelligent equipment, manufacturing foundation, and advanced manufacturing technology innovation demonstration projects", focusing on 13 main directions Carry out key task deployment. Specifically, it includes additive manufacturing, laser manufacturing, intelligent robots, very large-scale integrated circuit manufacturing equipment and complete sets of processes, new electronic manufacturing key equipment, high-end CNC machine tools and basic manufacturing equipment.
Because the full text is too long, Xiaobian specially excerpted the part involving 3D printing:
Strategic layout
-Aim at the forefront of the development of the international manufacturing industry, strive to take the lead in breaking through and build a first-mover advantage. Relying on emerging information technology, establish and improve the innovative development model of the manufacturing industry, form a network collaborative manufacturing innovation service system, and improve market competitiveness. Strengthen the "leading" advantage in the fields of large-scale component metal additive manufacturing and large-scale hard rock roadheader, and shape the leading advantage of China's manufacturing industry.
4. key tasks
(I) Additive Manufacturing
Focus on solving scientific problems such as micro-forming mechanism, process control and defect characteristic analysis in the field of additive manufacturing, break through a number of key forming processes and equipment products, and carry out applications in aerospace, automotive energy, home appliances, biomedicine and other fields to lead the development of additive manufacturing industry. Form a relatively complete technological innovation and research and development system with innovative design, materials and preparation, processes and equipment, core components, measurement, software, standards, etc., and carry out application demonstrations in combination with major needs, and have the technical foundation for large-scale industrial applications.
1. The scientific basis of additive manufacturing control
To explore the forming geometric accuracy, forming efficiency, material structure and performance of the additive manufacturing free forming process and the key influencing factors and control methods, to provide solid scientific support for improving the level of additive manufacturing process technology and equipment design, and to provide scientific guidance for the formation of major original additive manufacturing new technologies.
2. Structural optimization design technology based on additive manufacturing.
Develop structural optimization design technology based on the characteristics of additive manufacturing process and integrating mechanical, physical and chemical functions to provide design methods and design software for structural integration, lightweight, high performance and multi-functional requirements such as sound, light, electricity, magnetism and heat, so as to support the independent innovative design and leapfrog technological development of China's high-end equipment.
3. Special material preparation technology for additive manufacturing
Based on the process characteristics and application requirements of additive manufacturing, the design and preparation technology research of special metal and non-metallic materials for additive manufacturing is carried out to maximize the advantages of additive manufacturing technology and greatly expand the industrial application field of additive manufacturing.
4. Design and manufacturing technology of core equipment for additive manufacturing
In view of the additive manufacturing technologies that have shown significant industrial application value, such as laser/electron beam selective melting, laser selective sintering, high-energy beam metal deposition forming, light curing, laser deposition printing, droplet ejection 3D printing, fused deposition modeling, etc., in-depth research on relevant equipment design and manufacturing technologies has been carried out to occupy the high end of the value chain of the additive manufacturing industry.
5. Evaluation system and standard construction
To study and formulate the standard system of material standards, design standards, process standards, equipment standards, testing standards, data standards and service standards for additive manufacturing, so as to lay the foundation for the wide industrial application of additive manufacturing, and significantly enhance the international competitiveness of China's additive manufacturing technology.
2. New material forming and processing equipment
Focus on the graphene/graphene-like film large-format manufacturing process crystal growth monitoring and control, graphene/graphene-like film large-area transfer online stress monitoring and control technology, the development of large-format graphene/graphene-like manufacturing equipment; key breakthroughs are made in key technologies such as modeling and simulation of composite manufacturing processes, low-cost manufacturing processes and equipment for high-temperature ceramic matrix composites, and new methods for manufacturing composite structures (fiber composites, honeycomb materials and additive manufacturing), providing new processes and technologies for the forming and processing of new materials.

Keywords: The Ministry of Science and Technology issued the "13th Five-Year Plan" for advanced manufacturing technology, 3D printing and other industries "money scene" broad.

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