Lean quality inspection and control technology for key components in high-end equipment manufacturing

As manufacturing transitions toward digitization, there have been significant changes in the manufacturing process compared to traditional methods. However, quality control methods have not yet undergone a new transformation to adapt to the increasingly intelligent production methods. During the inspection planning phase, due to the transmission of two-dimensional paper-based information, inspection information becomes cluttered and lacks reusability. This leads to identification issues for inspectors regarding the inspection objects, resulting in false positives and missed defects. To prevent losses caused by false positives and missed defects, this article proposes a lean quality inspection and control model for critical components of high-end equipment during the inspection planning phase. The model utilizes the Model- Based Definition (MBD) as the information representation carrier and XML as the data storage and transmission method, bridging accurate data transfer across different systems. This provides model support for the manufacturing industry in improving inspection efficiency and reducing inspection planning costs.