探访领航工厂上海航天设备制造总厂有限公司 航天“智造”升级记（产经视野）

Core Viewpoint - The Shanghai Aerospace Equipment Manufacturing Factory has been recognized as one of the first 15 "Leading Smart Factories" in China, representing the highest level of smart manufacturing both domestically and globally. This initiative aims to seize opportunities in industrial intelligence development and build competitive advantages in future manufacturing [1]. Group 1: Digital Transformation and Efficiency - The factory has significantly reduced the time required for quality data compilation from about 7 days to just 5 minutes through digitalization and networking, allowing for rapid traceability of all data from raw material testing to final assembly [1][2]. - Each product, from rockets to screws, is assigned a unique "digital ID" that encompasses all quality data throughout its lifecycle, enabling quick identification of affected parts in case of material fluctuations [2]. Group 2: Supply Chain Integration - The factory emphasizes the need for a "full-process chain movement" to maintain competitiveness in the commercial aerospace era, which requires a rapid iteration research and development system and an open supply chain [3]. - This approach covers all aspects related to rocket development, production, assembly, transportation, and launch services, ensuring that the supply chain can respond effectively to challenges [3]. Group 3: AI and Automation - The average AI application penetration rate among the first batch of leading factories exceeds 70%, with over 6,000 AI models and more than 1,700 advanced manufacturing equipment and industrial software applications [5][7]. - The factory has transitioned from automation to autonomy, utilizing a flexible automatic docking system that integrates advanced measurement technologies to enhance assembly precision and efficiency [6]. Group 4: Industry Impact and Replication - The establishment of leading smart factories is intended to promote intelligent transformation across the entire industry chain, with the Shanghai factory achieving an 80% localization rate for smart manufacturing equipment and a 40% increase in production efficiency [8]. - The first batch of leading factories has already facilitated the digital transformation of over 1,300 additional factories, showcasing the replicable success of their models [9]. Group 5: Performance Metrics - The average R&D cycle for excellent and leading factories has been shortened by 29% and 38% respectively, demonstrating the tangible benefits of smart manufacturing [10].