Beijing Robotics releases seven major guidelines in the field of robotics

▲Column 3: Industrial Base Improvement Project

04. Benchmarking and leading Comprehensive implementation of "Robot+" application demonstration

Aiming at the key needs in the fields of medical care, manufacturing, construction, trade and logistics, elderly care, emergency response, agriculture, etc., we will implement 100 application scenario demonstration projects, carry out a number of "robot +" application demonstrations, and accelerate the formation of iconic scenarios, iconic services, iconic models and iconic formats. (I) Develop the "robot +" experience model Facing the needs of scenarios such as medical health, smart elderly care, and safety and emergency response, we will support users and enterprises to build "robot +" application experience centers, create "model rooms" for innovative robot applications, and expand product consumption and application. Relying on the "New Smart Manufacturing 100" project, we will support robot companies to build "robot production robot" benchmark factories and "Beijing Smart Manufacturing" experience centers, and expand the depth and breadth of robot applications in accordance with models such as large-scale customization, product life cycle, and integrated supply chain. (II) Develop the "robot +" customization model Focusing on the needs of specific scenarios such as manufacturing, trade and logistics, and agriculture, we will support users and enterprises to form application innovation consortia, and develop innovative products and system solutions for typical application scenarios through "unveiling the list and taking charge" and first purchase orders, and implement a number of major application demonstration projects. Support users to give priority to purchasing innovative robot products and services, select and compile a catalog of robot application scenarios, and create an innovative model of production-use cooperation. (III) Develop the "Robot +" promotion model Integrate resources from robot companies, users, industry organizations, etc., gather the needs of end users in various fields, and carry out regular online docking services. Establish a regular supply and demand docking mechanism in the fields of medical health, manufacturing, emergency response, etc. to promote the implementation of robot applications. Innovate the application promotion model, strengthen application promotion through short-term leasing, shared services, agency operations, etc., and give birth to new service formats.

▲Column 4: Hundreds of application scenario demonstration projects

05. Innovative services Deeply improve the development ecology of the robotics industry

Focusing on the industrial links of robot R&D, design, pilot verification, etc., we will accelerate the construction of a number of open and shared public service platforms, comprehensively improve the level of factor allocation in the robot industry, and establish a new industrial development ecology of "resource coordination-innovation collaboration-environment optimization".
(I) Improve the public service system 1. Build collaborative innovation carriers for the robot industry. Promote the optimization and strengthening of innovation carriers such as key laboratories and engineering research centers for robots, and support enterprises and universities and research institutes to form industry-university-research-application consortia. Improve the operational service level of the Beijing Medical Robot Industry Innovation Center, give full play to the role of the commissioned research and development and processing platform (CDMO) for medical devices, and promote the rapid transformation of innovative achievements. Support the high-tech innovation center for intelligent robots and systems to collaboratively solve common technical problems such as multi-mode perception and autonomous control through the "enterprise questions, innovation center answers questions" model. Support the construction of robot standardization organizations, implement standard specification leading projects, continue to promote robot standardization work, accelerate the research and formulation of standards such as common technical requirements and product general specifications, and promote the transformation of the city's robot innovation achievements into standards.

▲Column 5: Standards and norms guide projects

2. Build a robot pilot verification and inspection platform. Support enterprises to build a robot pilot verification platform in conjunction with universities and research institutes, and provide services such as pilot maturation, engineering development, sample trial production, data, scenario application, and process improvement to meet the design and processing needs of prototypes and small-batch production. Promote the construction of robot supporting processing centers and shared factories in a market-oriented manner to form precision processing, batch manufacturing and other service capabilities that can quickly respond to corporate needs. Support the construction of a national-level robot quality inspection and testing platform, continuously improve the inspection capabilities of components, complete machines, etc., build professional inspection platforms for application fields such as safety and emergency response, and improve the robot inspection service system.

2. Cultivate and expand market players

1. Cultivate high-quality robot companies. Focus on the fields of medical health, collaboration, logistics robots, etc., support leading companies to become bigger and stronger, introduce 1-2 world-class robot complete machine companies, drive the agglomeration and development of upstream and downstream companies in the industrial chain, and create a large-scale industrial cluster. Facing the fields of special robots, key components, etc., support and promote a group of innovative companies that focus on niche areas and have high growth expectations to become better and stronger, and cultivate a group of specialized and new "little giants" and unicorn companies with global influence. 2. Cultivate emerging robot formats. Encourage capable companies to expand their business models and carry out robot financing and leasing business for the national market. Promote companies to expand robot after-market services such as maintenance, second-hand transactions and remanufacturing, encourage companies to provide robot information services, remote operation and maintenance and other derivative services, and cultivate new models and formats for the robot industry.

06. Cluster development Optimize the spatial layout of the robotics industry

Based on the optimization of industrial organization and collaboration of the industrial chain, we will promote the integration of the city's robot innovation chain and industrial chain, and the efficient matching of industrial layout and regional resources. We will accelerate the creation of robot production and research demonstration zones, and production and use clusters, and comprehensively enhance the role of the robot industry in attracting agglomeration internally and radiating and driving externally.

(I) Create a demonstration zone for the integration of production and research of robots in the north Give full play to the advantages of the concentration of innovative resources in Zhongguancun Science City and support Haidian District to create an internationally leading enterprise incubation and innovation and entrepreneurship ecosystem with the orientation of robot and cutting-edge technology innovation. Give full play to the advantages of industrial location and talent concentration, support Changping District to take over the transformation of Zhongguancun robot innovation results, introduce robot technology-based SMEs and unicorn companies, focus on carrying cutting-edge technology industrialization and platform construction projects, and optimize the transfer and transformation ecology of robot innovation results.

(II) Construction of a robot production and application cluster in the south Give full play to the scale advantage of the main position of high-tech industries, support Beijing Economic and Technological Development Zone to guide the layout of the entire robot industry chain, introduce world-class robot quality enterprises, focus on carrying major industrialization projects in the city, and create a comprehensive robot industry cluster. Give full play to the advantages of characteristic industry clusters, support Fengtai and other districts to focus on special robots and other fields, and build characteristic parks for the combination of production and application of robots in subdivided industries.

(III) Promote the coordinated development of the robotics industry in Beijing , Tianjin and Hebei Give full play to the policy advantages of industrial coordination in Beijing, Tianjin and Hebei, support leading robotics companies to give full play to the advantages of the industrial chain, and guide upstream and downstream supporting companies to deploy in Tianjin and Hebei. Encourage companies headquartered in Beijing and produced in Tianjin and Hebei to achieve production resource docking and production process coordination through the creation of industrial Internet platforms and the construction of "mother-child factories", and enhance the integration capabilities of the industrial chain and supply chain.

07. Safeguards ​

1. Providing good organizational support

Strengthen the connection with national ministries and commissions, actively undertake major national projects and key R&D plans, and strive to deploy more national projects in Beijing. Improve the city's robot industry promotion work mechanism, strengthen the overall coordination between departments and districts, and form a working synergy. Establish a robot expert think tank to carry out forward-looking and strategic research on major issues.