Part Traceability
Gives every part its own history, like a birth certificate: which machine, when, what settings, what inspection result, which box. If a customer reports a problem, you find the affected batch in minutes. If a step is skipped, the machine locks until it is done (mistake-proofing, also called poka-yoke). Parts are identified by a small code marked on them.
- Poka Yoke implementation through machine interlock
- Part identification through DPM scanner
- Part-level and process-level machining parameter collection and storage
- Auto rejection of no-good parts based on critical alarms and machine parameters
- Integration of automated optical inspection system, with inspected data stored at part level
- Count and packing traceability
- Real-time visibility and monitoring of part-level information
- Swift identification of the batch of parts in the event of field failures, based on historical data




