“微创新”驱动生产提质效

Core Insights - The company is focusing on the "1235" annual task line, emphasizing model certification, batch production, and quality engineering to drive high-quality development in the AG600 aircraft project [2] Group 1: Innovations in Manufacturing Processes - The introduction of additive manufacturing has improved the precision of hole-making in the AG600 aircraft assembly, reducing costs by over 98% compared to traditional metal tooling, with a total of 5,663 tooling designs and productions completed in the year [3][4] - A new approach to positioning and measurement has been implemented, utilizing robotic kinematics to enhance calibration efficiency and integrating a high-precision measurement network, significantly improving the overall measurement process [5] - The use of AI-assisted Excel VBA programming has automated the data processing for aircraft configuration, reducing processing time from 7 days to 3 days and trial data processing from 3 days to 0.5 days [6] Group 2: Environmental and Cost Efficiency - The adoption of a film coating process instead of traditional painting has halved the cost and time for marking aircraft, while also addressing pollution issues, thus supporting parallel processing of multiple operations [6] - A new prefabricated sealing cap design has improved the sealing quality and efficiency of fasteners, reducing sealing time by 50% and achieving a 100% pass rate on inspections, while also minimizing waste of sealing materials [6] Group 3: Future Focus - The manufacturing engineering department plans to continue focusing on key production aspects in 2026, leveraging "micro-innovations" in technology to further reduce costs, enhance quality, and increase efficiency in the AG600 aircraft project [6]