This study develops smart inspection technologies to improve productivity and quality in the manufacturing of impellers, core components of automotive ventilated seats, and verifies their effectiveness in mass production. Conventional processes depend...
This study develops smart inspection technologies to improve productivity and quality in the manufacturing of impellers, core components of automotive ventilated seats, and verifies their effectiveness in mass production. Conventional processes depend on manual operations and visual inspection, causing quality variability and reduced productivity. To address these issues, an integrated smart inspection system was designed, incorporating automatic alignment and model identification, precision inspection modules, smart transfer and gripping, and simulation-based process verification within a modular line. The system applies sensor-based precision measurement and automated handling to minimize operator dependence and enhance repeatability. Mass-production validation confirmed reduced defect rates and improved throughput. Inspection data integration with the Manufacturing Execution System enabled real-time quality traceability and data-driven process management in industrial settings.