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].