"By 2023, fully promote the implementation of the "10 million" manufacturing upgrade plan, build 10 world-class "smart factories" with an output value of more than 10 billion yuan, support the construction of 100 "smart factories/digital workshops", and promote 1,000 Manufacturing enterprises implement digital and intelligent transformation and upgrading, cultivate trillion-level intelligent manufacturing industry clusters; cultivate 10 intelligent manufacturing system solution providers with annual revenues of more than 2 billion yuan, and create 30 manufacturing single-sector champion enterprises and a number of major Iconic innovative products. The application level of intelligent manufacturing in key industries has been significantly improved, and the numerical control rate of key process equipment has reached over 85%. The per capita labor productivity and resource utilization have been greatly improved, and the operating cost, product development cycle, and product defect rate have been significantly reduced. ."
       "By 2025, the digital and intelligent transformation and upgrading of manufacturing enterprises above designated size will basically achieve full coverage, intelligent manufacturing will shift from the leading application of superior enterprises to the deep popularization of small and medium-sized enterprises, and the overall competitiveness of the manufacturing industry will be improved. New experience in Beijing's intelligent manufacturing , New plans and new models have formed a significant global influence, and the city's smart manufacturing industry cluster has exceeded 1 trillion yuan."
　　 On August 30, the Beijing Bureau of Economics and Information Technology formally issued the Beijing "New Smart Manufacturing 100" project implementation plan (2021-2025) (hereinafter referred to as the plan), and established the above-mentioned realization goals.
　　 Just three days ago, that is, on August 27, Beijing also released the "Beijing's "Fourteenth Five-Year Plan" High-tech Industry Development Plan." The plan also focuses on Beijing’s high-precision and sophisticated industries. It proposes to fully popularize digitalization, networking, and greening, and realize in-depth intelligence. It promotes the gradual transformation and escalation of manufacturing enterprises, and establishes a national and global leader in intelligent manufacturing. Serving the whole country and radiating the global smart manufacturing supply capacity, we will eventually build a smart manufacturing industry ecosystem with global influence and establish a new business card of "Beijing Smart Manufacturing".
 
　　Building a benchmark and demonstration 　Promoting the intelligent transformation and upgrading of the manufacturing industry
　　The plan puts forward three key tasks in the implementation of the "New Smart Manufacturing 100" project: promoting the intelligent transformation and upgrading of the manufacturing industry, improving the supply capacity of smart manufacturing, and building a trillion-level industrial cluster of smart manufacturing. Six specific tasks have been proposed in the key tasks of promoting the intelligent transformation and upgrading of the manufacturing industry.
　　 Among them, it is worth paying attention to: creating a benchmarking demonstration of intelligent manufacturing. That is, to benchmark the world's "lighthouse factory" and the national "smart manufacturing benchmarking enterprise", and support leading companies with international influence to build a benchmark "smart factory" with a model effect and an industrial chain driving role. The "Ten Hundred" leading smart manufacturing benchmarks will be selected for demonstration:
　　 Including the creation of 10 world-class benchmarking "smart factories". Focusing on customer-centric mass customization, product-centric product life cycle, order-centric integrated supply chain, production-centric lean manufacturing, etc., to build 10 "smart factories", of which 3 in the automotive field, 2 in the electronic information field, 2 in the intelligent equipment field, 2 in the medical and health field, and 1 in the aerospace field.
　　 Build 100 "smart factories" and "digital workshops". Focusing on the development direction of high-precision industries, more than 100 "smart factories" and "digital workshops" were selected in key areas, including 20 in the automotive field (complete vehicles, smart travel, core components, etc.), and 20 in the electronic information field (integrated Circuits, new displays, smart sensors, smart hardware, etc.), 20 high-end equipment (smart robots, new energy equipment, etc.), 10 medical and health fields (biopharmaceuticals, high-end medical 10 in the field of materials (electronic materials, composite materials, functional materials, cutting-edge new materials, etc.), 10 in the urban field (traditional cities, online new economy, urban emergency functions, etc.), and 10 in the aerospace field (commercial aerospace, satellites) Internet and other fields).
　　 The specific tasks worthy of attention are: to promote the intelligent transformation and upgrading of manufacturing enterprises above designated size. That is to say, continue to promote the intelligent transformation of "thousand" manufacturing enterprises above designated size by industry and at different levels, and basically realize the full coverage of the intelligent transformation of enterprises above designated size. Will promote the intelligent upgrading of "thousands" manufacturing enterprises:
　　Electronic information industry. Promote semiconductor clean robots and automatic handling systems in the field of integrated circuits; promote handling and collaborative robots, intelligent detection and warehousing in the new display field; promote collaborative robots, high-speed and high-precision surface mount, intelligent packaging and testing in the field of intelligent hardware ; Promote multifunctional placement machines, loading and unloading manipulators, automated assembly lines, etc. in the field of digital TV. Support the construction of flexible production lines, automated assembly and logistics warehousing systems, digital management systems, and promote process digitization, full life cycle management, equipment and manufacturing process modeling, and traceable process knowledge systems to create flexible intelligent electronic manufacturing systems.
　　Automotive industry. Promote advanced technologies such as digital twins and cyber-physical production systems in the vehicle field, build a full life cycle digital manufacturing system covering overall design, intelligent process planning, and process flow production line simulation layout, and promote full process digital management and intelligent business decision-making; In the field of engine production, promote the application of online inspection, equipment management, assembly execution, quality traceability, etc.; in the field of parts production, integrate and apply information systems such as data collection, manufacturing execution, and supply chain management.
　　 High-end equipment industry. Promote key technical equipment such as numerical control equipment, industrial robots, and intelligent control systems in the field of intelligent manufacturing equipment, integrate application data acquisition systems, production management systems, etc.; promote automated processing, assembly, and testing equipment in the field of energy equipment, and cultivate remote operation and maintenance and forecasting New business models and new models such as sexual maintenance.
　　Biomedicine industry. In the pharmaceutical field, focus on the promotion of digital complete sets of equipment such as automatic ingredients, automatic filling, online monitoring, and intelligent material transfer, support the construction of quality information management systems, quality traceability systems, and digital GMP, and promote the application of new technologies such as PAT, visual recognition, and 5G. Manufacturing process data interconnection, information system integration, process intelligent management and control; in the field of traditional Chinese medicine production, it focuses on the use of automatic sorting, weighing, packaging and other automated equipment and control systems to build a traditional Chinese medicine manufacturing execution system, a product data management system, and a large-scale traditional Chinese medicine production Data platform, promotion of smart pharmacy solutions, etc.
　　 Basic new materials industry. Promote the application of data collection equipment such as smart sensing and online detection, integrate the application of remote monitoring and fault diagnosis systems, and energy monitoring systems, and establish a networked collaboration platform to realize asset operation, production management, supply chain coordination optimization and product life cycle management.
　　 Urban industry. Integrate and promote the production process real-time data collection and monitoring, online quality inspection and intelligent management systems to ensure the traceability of product quality throughout the life cycle. Establish a product customization platform for end users, promote personalized customization and flexible manufacturing, and extend the business chain.
 
　 　 make up for development shortcomings 　 improve key technical equipment and core software supply capabilities
　　 Four specific tasks are proposed in the key task of improving the supply capacity of intelligent manufacturing. Among them, it is worth noting to improve the supply capacity of key technical equipment and core software. That is to support the development of common technological innovations in smart manufacturing, develop a batch of smart manufacturing equipment and major innovative products of core software, create a batch of single champion enterprises, and encourage industry intermediary organizations to select and publish the "Beijing Smart Manufacturing Key Technology and Equipment Supplier Recommendation Catalog" on an annual basis . Support enterprises to carry out the innovation and industrialization of intelligent robots, high-end CNC machine tools, and intelligent manufacturing equipment, and improve technology integration and system service capabilities. Support enterprises to develop industrial software and industrial apps such as R&D and design, operation management, production operation, and operation and maintenance services to improve reliability and compatibility. Support enterprises to develop industry-specific industrial software around users' technological processes and experience knowledge, and improve customized supply capabilities. Support key enterprises, colleges and universities, and research institutes to carry out joint research on shortcomings and industrial bottlenecks in key parts, process systems, etc., to make up for development shortcomings. in: 
　　Intelligent manufacturing key technology equipment. Promote the development of key intelligent manufacturing technologies and equipment such as robots, high-end CNC machine tools, additive manufacturing equipment, intelligent sensing and control equipment, intelligent detection and assembly equipment, intelligent logistics and warehousing equipment, and accelerate precision reducers, servo drives, motors, and numerical control systems The R&D and application of other key components have made breakthroughs in smart sensors, smart gateways, controllers and control systems, 5G communication equipment, 5G industrial modules and other urgently needed components for enterprise intelligence upgrades. For electronic information, automobile, equipment, biomedicine and other industries, support key technology equipment companies and industrial companies to jointly develop a batch of intelligent manufacturing special equipment and iconic innovative products.
　　Intelligent manufacturing core software. Accelerate the promotion of industrial knowledge softwareization, and jointly develop a batch of basic knowledge bases such as model libraries, process libraries, parameter libraries, algorithm libraries, and part libraries for specific industries, specific links, and specific processes, product design, modeling and simulation, data analysis, and Computing and other research and development design software, and manufacturing execution system (MES), product life cycle management software (PLM) and other business management software with strong industry differences. Facing the core business needs of small, medium and micro enterprises, support the development of a batch of low-cost, lightweight, and easy-to-deploy industrial software. Organize and carry out application demonstrations of safe and controllable industrial software, and continuously improve and optimize software products in practical applications.
　　 Optimize the spatial layout and create a trillion-level industrial cluster of intelligent manufacturing. In the key task of building an intelligent manufacturing trillion-level industrial cluster, with leading enterprises as the main body, create a "advantageous product + benchmark factory" development model, apply intelligent equipment, build intelligent factories, produce intelligent products, extend intelligent services, and optimize intelligence Manufacturing system innovation chain and industrial chain. Support enterprises to explore intelligent application scenarios, focusing on superior products such as smart phones, new-generation displays, new computing terminals, robots, unmanned equipment, and intelligent instrumentation, to cultivate a batch of intelligent products and service clusters, and create "smart +" Industrial ecology. Optimize the spatial layout, support the construction of the Haidian District as a source of intelligent manufacturing innovation, and support the Beijing Economic and Technological Development Zone to build the core area of the intelligent manufacturing industry, radiating and driving other regions. Focus on robotics, industrial control systems, intelligent instrumentation, emergency equipment and other subdivisions, and use specialized bases to aggregate the development model of invisible champion enterprises, and build one in Beijing Economic and Technological Development Zone, Huairou, Changping, Shunyi, Daxing, Fangshan and other districts. Batches of intelligent manufacturing characteristic industrial clusters (bases), and gather a group of intelligent manufacturing enterprises to land in Beijing. Promote the coordinated development of Beijing-Tianjin-Hebei intelligent manufacturing, and create a batch of industrial supporting and demonstration application projects.