“By 2023, fully promote the implementation of the” ten million “upgrade plan for the manufacturing industry, 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 “, promote 1,000 manufacturing enterprises to implement digital and intelligent transformation and upgrading, and cultivate trillion-level intelligent manufacturing industrial clusters; Cultivate 10 intelligent manufacturing system solution suppliers with annual revenue of more than 2 billion yuan, create 30 manufacturing individual champion enterprises and a number of major landmark innovative products. The level of intelligent manufacturing in key industries has been significantly improved, the numerical control rate of key process equipment has reached more than 85%, the per capita labor productivity and resource utilization rate have been significantly 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 scale will basically achieve full coverage, and intelligent manufacturing will shift from the leading application of advantageous enterprises to the deep popularization of the vast number of small and medium-sized enterprises, and the overall competitiveness of the manufacturing industry will be improved.” Beijing’s new experience, new plans and new models of intelligent manufacturing have formed a significant influence in the world, and the scale of the city’s intelligent manufacturing industrial cluster has exceeded 1 trillion yuan.”

On August 30, the Beijing Bureau of Economy and Information Technology officially issued the implementation plan of Beijing’s “New Intelligent Manufacturing 100” project (2021-2025) (hereinafter referred to as the plan), which established the above goals.

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Just three days ago, that is, on August 27, Beijing also issued the “Beijing 14th Five-Year Plan” period of sophisticated industry development Plan. The plan also focuses on Beijing’s high-end and sophisticated industries, proposes to fully popularize digitalization, networking, and green, deeply realize intelligence, promote the gradual transformation and echelon upgrading of manufacturing enterprises, establish a national and global benchmark demonstration of intelligent manufacturing, and cultivate the supply capacity of intelligent manufacturing that serves the country and radiates the world. Finally, we will build an intelligent manufacturing industry ecology with global influence and establish a new business card of “Beijing Intelligent Manufacturing”.

Create benchmarking demonstration to promote intelligent transformation and upgrading of manufacturing industry

The plan puts forward three key tasks in the implementation process of the “New intelligent manufacturing 100” project: promoting the intelligent transformation and upgrading of the manufacturing industry, improving the supply capacity of intelligent manufacturing, and creating a trillion-level industrial cluster of intelligent manufacturing. In the key tasks of promoting the intelligent transformation and upgrading of the manufacturing industry, six specific tasks were put forward.

Among them, it is worth paying attention to: creating intelligent manufacturing benchmark demonstration. That is, benchmarking the world’s “lighthouse factory” and the national “intelligent manufacturing benchmarking enterprise”, supporting leading enterprises with international influence to create benchmarking “smart factories” with template effect and industrial chain driving role. “Hundred” leading intelligent manufacturing benchmark demonstration will be selected:

Including building 10 world-class benchmark “smart factories”. Focus on customer-centric mass customization, product-centric product life cycle, order-centric integrated supply chain, production-centric lean manufacturing and other models to build 10 “smart factories”. Among them, 3 are in the automotive field, 2 are in the electronic information field, 2 are in the intelligent equipment field, 2 are in the medical and health field, and 1 is in the aerospace field.

Construction of 100 “smart factories” and “digital workshops”. Focusing on the development direction of high-end and sophisticated industries, we have selected more than 100 “smart factories” and “digital workshops” in key areas. Among them, 20 are in the automotive field (vehicle, smart travel, core parts, etc.), 20 are in the electronic information field (integrated circuits, new displays, smart sensors, intelligent hardware, etc.), 20 are in the high-end equipment field (intelligent robots, new energy equipment, etc.), and 10 are in the medical health field Companies (biopharmaceuticals, high-end medical devices, large health, etc.), 10 new materials (electronic materials, composite materials, functional materials, cutting-edge new materials, etc.), 10 urban areas (traditional cities, online new economy, urban emergency functions, etc.), 10 aerospace areas (commercial space, satellite Internet, etc.).

Specific tasks worthy of attention are also: to promote the intelligent transformation and upgrading of manufacturing enterprises above designated size. That is, by industry and at different levels, we continue to promote the implementation of intelligent transformation of “thousands” of manufacturing enterprises above the scale, and basically achieve full coverage of intelligent transformation of enterprises above the scale. Will promote the intelligent upgrading of “thousands” of 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 inspection and warehousing in the field of new displays; Promote collaborative robots, high-speed and high-precision surface mount, intelligent packaging and testing in the field of intelligent hardware; In the field of digital television to promote the multifunctional placement machine, loading and unloading robot, automatic line formation. Support the construction of flexible production lines, automated assembly and logistics warehousing systems, digital management systems, promote process digitization, full life cycle management, equipment and manufacturing process modeling, traceable process knowledge system, etc., to create flexible intelligent electronic manufacturing systems.

The auto industry. Promote digital twin, information physical production system and other advanced technologies in the vehicle field, build a full-life cycle digital manufacturing system covering total body design, intelligent process planning, process production line simulation layout, and promote the digital management of the whole process and intelligent business decision-making; Promote the application of online testing, equipment management, assembly execution, quality traceability, etc., in the field of engine production; Integrated application of data acquisition, manufacturing execution, supply chain management and other information systems in the field of parts production.

High-end equipment industry. In the field of intelligent manufacturing equipment, promote key technical equipment such as numerical control equipment, industrial robots, intelligent control systems, and integrate application data acquisition systems and production management systems; In the field of energy equipment, automatic processing, assembly and testing equipment will be promoted, and new business forms and models such as remote operation and maintenance and predictive maintenance will be fostered.

The biomedical industry. In the pharmaceutical field, it focuses on promoting digital complete sets of equipment such as automatic batching, automatic filling, online monitoring, and intelligent material transfer, supporting the construction of quality information management systems, quality traceability systems, and digital GMP, and promoting the application of new technologies such as PAT, visual identification, 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 automatic equipment and control systems, the construction of traditional Chinese medicine production and manufacturing execution system, product data management system and traditional Chinese medicine production big data platform, and the promotion of smart pharmacy solutions.

Basic new material industry. Promote the application of intelligent sensing, online detection and other data collection devices, integrate remote monitoring and control and fault diagnosis systems, energy monitoring systems, and establish a network collaboration platform to achieve asset operation, production management, supply chain collaborative optimization, and product lifecycle management.

Urban industry. Integrated and promoted systems such as real-time data collection and monitoring, online quality inspection and intelligent management in the production process 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 models, and extend the business chain.