Beijing "14th Five-Year" high-precision industry plan released to build a scientific instrument industry base

[ Policies and Regulations of Chemical Machinery Equipment Network ] On August 18, the Beijing Municipal People's Government issued the "Beijing’s "Fourteenth Five-Year Plan" High-tech Industry Development Plan" (hereinafter referred to as the "Plan")
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The "Planning" proposes that by 2025, the added value of Beijing's high-precision industry will account for more than 30% of the regional GDP, the number of trillion-level industrial clusters will be 4 to 5, and the added value of manufacturing will account for 13% of the regional GDP.
Strive for about 15%, software and information service industry revenue 3 trillion yuan, and the number of newly-added advanced manufacturing enterprises above designated size will reach 500
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The “Planning” emphasizes the strengthening of the four “Beijing Intelligent Manufacturing” industries with four characteristic advantages, including smart manufacturing and equipment, and clearly proposes to improve the supply capacity of smart special equipment in sub-fields such as new energy, scientific instruments, emergency rescue, and cultural relics protection
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Focus on the deployment of Huairou's high-end scientific instrument and sensor industrial base, build a national high-end scientific instrument and sensor industrial base, focus on the development of a number of key technologies and high-end products in the fields of optoelectronics, mass spectrometry, vacuum, and cryogenics, and carry out domestic instrument verification and comprehensive evaluation; development; New emergency command communications, special traffic emergency support, special emergency medical rescue, natural disaster monitoring and early warning, information acquisition and emergency rescue and other emergency equipment; development of preventive monitoring and protection equipment for cultural relics based on the Internet of things, and non-destructive portable special testing and analysis equipment for cultural relics , Innovative products such as anti-vibration equipment system for cultural relics
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In terms of R&D and design, inspection and testing, and engineering technical services, the "Planning" proposes that R&D services focus on cutting-edge new materials, intelligent manufacturing and other fields, support the construction of a number of collaborative innovation platforms, and encourage the development of high-end equipment and common key technology research and development; design; The service focuses on high-precision key industries, cultivates a group of design leaders and institutions, and professional technical service platforms, accelerates the construction of Beijing Design Innovation Center, and provides big data demand analysis, design tools, simulation simulation, rapid manufacturing and other whole industry chain technical services
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Inspection and testing service support institutions extend to the entire process of design, R&D, and production, and encourage industry organizations, new-type R&D institutions, inspection and testing institutions, etc.
to jointly carry out research on industry standards and inspection and testing methods for new products and technologies
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Engineering technical service support agencies are transforming from consulting, planning, and planning to engineering management, digital delivery and other whole-process services, and encourage the provision of intelligent and digital services
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In terms of preemptively deploying a number of future frontier industries, the "Planning" proposes to aim at the international frontiers to seize the commanding heights of industrial development, and deploy a group of disruptive technological directions that have far-reaching influence and can change the technological, economic, social, and ecological patterns, and build a foundation based on New principles, new technologies, new business forms and new models, fostering a reserve echelon for the sustainable development of high-precision industries
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The fields of biotechnology and life sciences support the development of new biomacromolecule identification and sequence reading technologies, develop internationally leading synthetic biology and protein design technologies in the core areas of nucleic acid and protein detection and sequencing, and develop single-cell traces.
Quantitative detection, sequencing and omics technology and efficient, safe and controllable gene editing technology
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In the field of carbon emission reduction and carbon neutrality, research and development and promotion of carbon tracking, carbon capture and other related technology products, support the development of carbon emission monitoring and information management systems, cultivate carbon tracking, carbon emission reduction data analysis and comprehensive service institutions, develop advanced energy technologies, and promote Energy supply is diversified, clean and low-carbon
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In the field of cutting-edge new materials, we will focus on breakthroughs in nanomaterials such as graphene, biomedical materials, 3D printing materials (additive manufacturing materials), superconducting materials, liquid metals, intelligent bionic materials, etc.
, innovate the preparation process of environmentally friendly low-carbon materials, and cultivate a batch of Specialize in special new enterprises
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Improve the quantum information science ecosystem in the field of quantum information, strengthen the research on core technologies such as quantum material technology, core devices, and measurement and control systems, promote the development of international mainstream superconducting, topological and quantum dot quantum computers, and carry out integrated research on quantum secure communication core devices.
Seize the commanding heights of quantum international competition
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The field of optoelectronics is actively deploying high-data-capacity optical communication technology, conquering key technologies such as optical sensing, high-power lasers and other materials preparation, device development, and module development, and promoting the localized development of silicon-based optoelectronic materials and devices, and high-power lasers
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Carry out advanced DRAM (Dynamic Random Access Memory) technology research and development in the field of new memory, promote the research and development and mass production of 17nm/15nm DRAM, and break through some key technologies of 10nm DRAM
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The field of brain science and brain-computer interface focuses on cognitive science, neural engineering, bio-computer interaction, brain-like intelligence theory and medical applications, etc.
, and accelerates the transformation and industry of non-invasive brain-computer interface innovations in the fields of clinical medicine, aerospace, and smart life Application
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　　In terms of accelerating the construction of a group of distinctive industrial clusters, the "Planning" proposes to take advantage of the overflow advantages of the scientific facility platform of Huairou Science City, and to meet the needs of large scientific installations with many instruments and equipment, long installation and commissioning cycles, and high maintenance requirements.
, Focus on high-end scientific instruments and sensor segments, make every effort to build the "Huairou Instrument" brand, cultivate a group of "hard technology" enterprises and "star products" standing at the top of the global industrial chain, attract upstream and downstream resources in the industrial chain, and create a High-end scientific instrument and sensor industry highland integrating investment, R&D, design, manufacturing, display and trading
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　　In terms of consolidating an independent and controllable core technology foundation, the "Planning" proposes: 1.
Promote the simultaneous progress of "compensating for shortcomings" and "forging longboards"
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Develop high-end chips, core technology parts and components, improve the performance, quality stability and self-sufficiency of key basic materials, research and promote digital, networked, intelligent, and green new advanced technologies to break through the bottleneck restricting the upgrade of the industrial chain Enhance the independent innovation capability of Beijing enterprises in key links of the industrial chain
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Compile a list of “stuck necks” for high-precision industries, and implement rolling implementation in accordance with “mature one, start one”, drive breakthroughs in parts and components with complete machine research, drive system research and development with software definition, and promote technological iteration and upgrade with adaptation verification, item by item Break through the shortcomings of products and technologies, gradually increase the proportion of localized supporting facilities, and realize a batch of "stuck neck" technology products "from scratch, from usable to easy to use"
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Establish a mature and complete 28nm and above node process system, accelerate the filling of shortcomings in the supply chain of large production lines, and promote the realization of independent control of key equipment, parts and materials; build a demonstration line of smart factories using domestic technology and equipment; build a Demonstration road of intelligent networked cars with independent intellectual property rights
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Focus on areas where Beijing has technological competitive advantages such as artificial intelligence, blockchain, life sciences, and quantum information, formulate and improve the policy of “first set (set), first trial production, first release, first batch”, and continue to support leading companies and companies Innovative institutions advance the deployment of disruptive leading technology research and development, reserve and transform a batch of innovative technologies and advanced products that are leading the world, and consolidate and expand technological leadership
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　　2.
Establish a mechanism for innovation and tackling key issues, "revealing the rankings"
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Focus on key areas of high-precision industries and implement industrial "foundation building" projects
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Establish a mechanism of "vehicle and complete machine companies launching-innovative companies or innovative consortia unveiling-launching companies in charge of researching key issues-launching companies to approve procurement" mechanism, encouraging the unveiling companies to carry out technological research "horse racing", and speeding up the breakthrough process of new technologies and new products
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Support innovation entities in Beijing to take the initiative to undertake the task of opening the list, and give priority to support and promotion of successful technologies and products under the same conditions
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Strengthen innovation and collaboration in the industrial chain, and promote terminal equipment and integrated systems with key technologies of basic products and processes, product design, special materials, advanced processes, public test platforms, mass production, and demonstration and promotion of "one-stop" applications.
Co-innovate with basic technologies and establish a new mode of division of labor between upstream, middle and downstream
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For key research projects in high-precision industries, establish a reciprocal and continuous investment model between the government and the innovation consortium
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Support the coordinated innovation of the central and local governments and jointly undertake major national strategic projects
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　　In terms of accelerating the intelligentization of the production paradigm, the "Plan" proposes: 1.
Promote the improvement of intelligent productivity
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Apply intelligent equipment in high-precision industries, build intelligent factories, produce intelligent products, extend intelligent services, and promote mass customization.
The focus is on smartphones, robots, advanced process chips, new displays, unmanned equipment, and new In computing terminals and other fields, adopt the "advantageous product + benchmark factory" model to build a batch of "high-quality intelligent manufacturing" benchmark factories
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With the development model of gathering invisible champion enterprises in specialized bases, we will build clusters of characteristic industries such as scientific instruments and robots
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Build platforms such as the intelligent manufacturing system innovation center to enhance the independent innovation capabilities of key components and systems for intelligent manufacturing
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Through “smart+”, we will promote the realization of full coverage of the intelligent transformation of industrial enterprises above designated size, promote the transformation of advanced manufacturing enterprises to full-factor, full-process, and multi-field intelligent collaborative operation, and build new competitive advantages based on smart manufacturing
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　　2.
Implement the "New Smart Manufacturing 100" project
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Formulate and improve the intelligent manufacturing standard system, accelerate the development, demonstration and promotion of intelligent manufacturing standards in a number of sub-sectors, and carry out the implementation of intelligent manufacturing maturity standards
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Promote the "Ten Hundred Million" upgrade plan, encourage advanced manufacturing enterprises to deploy and apply new infrastructure such as 5G and industrial Internet, implement digital, networked, and intelligent transformations in benchmarking industry demonstration and benchmark factories, and create a batch of supporting "Beijing Smart High-quality enterprise group
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　　In terms of promoting the quality of products and services, the "Plan" proposes: 1.
Improve the quality of high-precision products
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Carry out quality improvement actions in the areas of consumer goods, equipment, raw materials, etc.
, and increase the support for quality upgrading technological transformation and technological innovation
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Carry out product and industry quality surveys around intelligent networked cars, robots, smart terminals and other fields, and formulate targeted quality improvement programs against international high-quality brands
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Support key enterprises to implement quality technological transformation in accordance with international advanced standards, strengthen the development and application of reliability design, testing and verification technologies, and improve the control level of key processes in key industries, so as to ensure product performance stability, quality reliability and safety indicators Reach the international advanced level of similar products
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　　2.
The sound of their own brands synergistically effective elevator system
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Promote enterprises to strengthen overall quality management, strive to win the national quality benchmark and the Beijing Municipal People’s Government Quality Management Award, guide enterprises to increase the added value of products and services, and establish a "high-quality, green, and safe" independent brand image
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Continue to improve the quality brand development market mechanism, and guide production factors to gather around high-efficiency industries and high-quality independent brands
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Optimize the operating mechanism of the public service platform for manufacturing quality brands, and enhance the ability to serve small, medium and micro enterprises to create their own brands
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Improve the quality supervision and inspection mechanism, and crack down on intellectual property infringement, counterfeiting and unfair competition in accordance with the law
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　　3.
Create a "Beijing Standard" for high-precision industries
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Explore the construction of a national technology standard innovation base (Zhongguancun) as the core, and create a number of national technology standard innovation bases in key areas such as intelligent manufacturing and equipment
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Encourage enterprises and social organizations to formulate advanced standards that meet high-level market needs; cultivate corporate standards "leaders" to promote overall quality improvement with advanced standards; support key enterprises to lead or participate in the formulation of group standards, industry standards, national standards, and international standards
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　　4.
Further improve the quality of patents in key core areas
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Promote the high-quality development of PCT patents (Patent Cooperation Treaty)
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Attach importance to the cultivation of high-value patents, and promote the coordinated development of corporate international market planning and PCT patent layout
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Promote the formation of patent alliances and high-quality patent pools in key fields such as smart sensors and mobile communication terminals, and establish joint defense, risk sharing, and open and shared intellectual property cooperative utilization mechanisms in the industrial field; support professional patent operating agencies to explore suitable for the development of this field Patent operating model
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Promote the construction of the operation service system, improve the intellectual property value realization mechanism, and cultivate a group of intellectual property operation service institutions with strong comprehensive capabilities and outstanding brand effects
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　　Original title: Beijing's "14th Five-Year Plan" high-precision industry plan released to build a scientific instrument industry base