3D PMI Inspection Method Selection for Molded Product Quality

The inspection method selection process is automated to perform self-service, where the system automatically determines appropriate inspection methods based on PMI data without requiring manual user input. The processor extracts PMI information and autonomously selects inspection methods according to predefined criteria, eliminating the time-consuming manual decision-making process while maintaining consistent and accurate selections.

The system utilizes parameter changes in PMI data (such as tolerance values, dimension types, and geometric characteristics) to automatically determine appropriate inspection methods. By analyzing these parameters objectively, the system maintains high reliability and consistency in inspection method selection across different scenarios, eliminating the variability introduced by manual user decisions while preserving adaptability through comprehensive parameter analysis.

The system introduces an intermediary processing layer that automatically analyzes PMI data and maps it to appropriate inspection methods using predefined decision criteria. This intermediary layer handles the complexity of automated decision-making internally, providing simple and efficient inspection method recommendations to users without requiring them to understand the underlying complex analysis processes, thus improving productivity while managing system complexity through abstraction.