Core Viewpoint - The "High-Quality Standard System Construction Plan for Industrial Mother Machines" aims to enhance product quality and equipment upgrades in the industrial mother machine sector by establishing a comprehensive standard system by 2026 and fully developing it by 2030 [1][3][7]. Summary by Sections Overall Requirements - The plan emphasizes the importance of high-quality standards to improve the resilience and safety of the industrial mother machine supply chain, with a target of establishing a basic standard system by 2026, including the revision of at least 300 standards and the establishment of 5 international standards [6][30]. Construction Ideas - The plan focuses on integrating the standard system with high-quality industrial development, ensuring compatibility between domestic and international standards, and addressing industry chain bottlenecks through innovative standards [8][9]. Standard System Structure and Content - The standard system consists of six levels: basic general standards, design supporting standards, manufacturing equipment standards, manufacturing process standards, inspection and testing standards, and industry application standards, comprising 34 major categories and 17 subcategories [13][15][30]. Key Tasks - The key tasks include accelerating the development of urgently needed standards, promoting the revision of series standards, enhancing standards in cross-disciplinary fields, and improving the internationalization of standards [30][31][32][34]. Organization and Implementation - The implementation will be overseen by the National Standardization Administration and the Ministry of Industry and Information Technology, ensuring effective coordination and timely progress in standard development [34][35][36][37].

Core Viewpoint - The "High-Quality Standard System Construction Plan for Industrial Mother Machines" aims to establish a comprehensive standard system by 2030, enhancing product quality and promoting industrial upgrades through high-level standards [1][4][6]. Summary by Sections Overall Requirements - The plan emphasizes the importance of high-quality standards in promoting the quality of industrial mother machine products and facilitating equipment upgrades, with a target of establishing a basic standard system by 2026, including the revision of at least 300 standards and leading the revision of at least 5 international standards [5][6]. Construction Ideas - The construction of the standard system will focus on the integration of standards with high-quality industrial development, addressing industry chain bottlenecks, and ensuring compatibility between domestic and international standards [7][8]. Standard System Structure and Content - The standard system consists of six levels: basic general standards, design supporting standards, manufacturing equipment standards, manufacturing process standards, inspection and testing standards, and industry application standards, with a total of 34 major categories and 17 subcategories [13][15]. Key Tasks - The plan outlines several key tasks, including accelerating the development of urgently needed standards, promoting the systematic revision of standards across various manufacturing processes, and enhancing standards related to emerging technologies [27][28][29]. Organization and Implementation - The implementation of the plan will be coordinated by the National Standardization Administration and the Ministry of Industry and Information Technology, ensuring effective communication and collaboration among relevant committees and organizations [31][33].

Core Viewpoint - The National Standardization Administration and the Ministry of Industry and Information Technology have issued a plan for the construction of a high-quality standard system for industrial mother machines, aiming to establish a comprehensive standard system by 2030 that supports high-quality development in the industry, with standards reaching advanced international levels in subtractive and additive manufacturing [1][5]. Overall Requirements - The plan emphasizes the importance of aligning the standard system with the high-quality development of the industrial mother machine industry, enhancing the supply of high-level standards, and ensuring compatibility between domestic and international standards [4][6]. - By 2026, a basic high-quality standard system for industrial mother machines is expected to be established, with at least 300 standards revised or developed, including 5 international standards, and a 90% conversion rate of international standards [4][5]. Construction Ideas - The standard system will focus on addressing industry chain weaknesses and bottlenecks, promoting innovative and original standards, and ensuring coordination among upstream and downstream standards [6]. - Emphasis will be placed on the compatibility of domestic and international standards to facilitate international cooperation in the industrial mother machine sector [6]. Standard System Structure and Content - The high-quality standard system consists of six levels: basic general standards, design supporting standards, manufacturing equipment standards, manufacturing process standards, inspection and testing standards, and industry application standards, with a total of 34 categories and 17 subcategories [11][9]. - Basic general standards cover terminology, safety, green low-carbon practices, and intelligent manufacturing [13][15]. - Design supporting standards include specifications for materials, components, and systems used in industrial mother machines [15][16]. - Manufacturing equipment standards focus on subtractive, formative, and additive manufacturing equipment [17]. - Manufacturing process standards encompass various machining and processing techniques [18]. - Inspection and testing standards ensure product quality through performance and reliability assessments [19][25]. - Industry application standards address specific needs in sectors such as aerospace, rail transportation, and automotive [20][21]. Key Tasks - Accelerate the development of urgently needed standards in areas like high-end composite CNC machine tools and precision forging [22]. - Promote the systematic revision of standards related to subtractive, formative, and additive manufacturing to enhance product quality [23]. - Strengthen the development of standards in cross-disciplinary fields, integrating new technologies with industrial mother machines [24][26]. Implementation Organization - The plan will be implemented under the leadership of the National Standardization Administration and the Ministry of Industry and Information Technology, ensuring effective coordination among various standardization committees [28]. - Regular assessments will be conducted to track the progress of the standard system's implementation [29]. - Collaboration with international standardization organizations will be prioritized to align China's standards with global benchmarks [30].

Core Viewpoint - The National Standardization Administration and the Ministry of Industry and Information Technology have issued a plan to establish a high-quality standard system for industrial mother machines by 2026, aiming to enhance product quality and equipment upgrades through high-level standards [1] Summary by Relevant Sections - The plan aims to establish a high-quality standard system for industrial mother machines by 2026, with a focus on improving product quality and facilitating equipment upgrades [1] - A total of no less than 300 standards will be revised or formulated, including at least 5 international standards, with an international standard conversion rate of 90% [1] - The structure of standard supply will be optimized, accelerating the development of standards for high-end industrial mother machines, advanced CNC systems, high-performance functional components, advanced manufacturing processes, and key core components [1] - Some key standards will be set to be moderately ahead of the average industry development level, enhancing the role of standards in leading high-quality industrial development [1] - The plan emphasizes the transformation of innovative achievements into advanced applicable standards, establishing a mechanism for the regular connection of standard results from common key technologies and application-oriented scientific projects [1]