Select the observed pattern: a remaining burr, early edge change, contact or tangling, or lodged media. The source asks for different evidence for each pattern, from affected sample count and burr location to edge measurements, orientation and media dimensions. The output preserves the next controlled question alongside that evidence. It is a record-planning task, so no setting or diagnosis is generated from the symptom alone.
Select the entries relevant to your review.
Records investigation questions; does not diagnose or release a process. Keep every selected requirement with the part and the actual trial record. Selecting a row does not show that its acceptance condition has been met.
Store the incoming inspection, drawing revision, actual machine, media and compound history with the observations. Keep photos and measurements linked to the same part or sample group. Record the separation stage when lodging or handling damage is observed. Use the planned evidence to design the next controlled trial with the process owner. A completed checklist is not evidence that a sample has met its acceptance limits.
Evidence to record: Location, direction, size range and affected sample count
Next controlled question: Is contact missing, media too large, or process energy insufficient?
Evidence to record: Critical edge measurement and comparison photo
Next controlled question: Can energy, interval, media or upstream burr size be reduced?
Evidence to record: Part orientation, load composition and affected surfaces
Next controlled question: Does the load need more separation, lower part quantity or different motion?
Evidence to record: Feature opening, media dimensions, frequency and removal method
Next controlled question: Which shape or size avoids the dimensional match?
Read the Jintaijin technical article. Source table reviewed 3 October 2026. Possible causes, directions and adjustments remain conditional reference fields.
Use the applicable reference to define the observations for your next controlled trial.
Record the definition, actual settings and interval observations before the next controlled change.
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