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JCC-HM Case Study 5: Reducing False Defect Detection by 83% to Minimize Production Interruptions

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CASE STUDY FIVE

Micro Bubble Coolant Cleaning and Purification Unit | JCC-HM Reducing False Defect Detection by 83% to Minimize Production Interruptions DETAILS

CUSTOMER OVERVIEW A customer used an automated vision inspection system to detect casting defects, following the final cleaning of aluminum die-cast (ADC) components. However, residual fine chips occasionally remained on the machined surfaces after cleaning. These chips were sometimes misidentified as casting defects, triggering unnecessary production interruptions and requiring manual verification. To reduce false detections and improve inspection reliability, the customer installed JCC-HM on the clean tank of the cleaning system.

CLEANING DEVICE High Pressure Water Jet Parts Washing and Deburring

TARGET WORKPIECES ADC Components

KEY CHALLENGES

Residual Fine Chips Triggered False Defect Detection Fine chips remaining on parts after cleaning were often mistaken for casting defects during automated inspection, resulting in up to 30 unnecessary production stops a day. Foreign Object?

Number of Temporary Stoppages: 30 times/day

JCC-HM Connects to the Clean Tank of the Washing System


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JCC-HM Case Study 5: Reducing False Defect Detection by 83% to Minimize Production Interruptions by SuginoCorp - Issuu