Process Optimization
Stabilize cycle time, media wear, compound chemistry, water flow and inspection criteria for repeatable finishing.
Technical guidance for manufacturers evaluating deburring, polishing, descaling and edge-rounding equipment.
1
Define the Output
Set measurable requirements for burr height, Ra, Rz, edge radius, stain, residue and dimensional change.
2
Control the Inputs
Lock media type, media level, load ratio, compound concentration, water flow, amplitude and frequency.
3
Validate the Batch
Inspect accepted parts per batch, media carryout, surface roughness and rework rate before release.
Troubleshooting
Common vibratory finishing problems
| Symptom | Likely cause | Corrective action |
|---|---|---|
| Dull or dirty parts | Low compound, low water flow or sludge buildup | Check concentration, flow rate and chamber cleaning. |
| Media lodged in holes | Wrong shape or worn media size | Review media dimensions and classify worn media. |
| Part-on-part damage | Low media ratio or excessive energy | Increase cushioning, reduce loading or adjust amplitude. |
| Inconsistent deburring | Variable load weight or media level | Standardize batch loading and media maintenance. |
| Corrosion after finishing | Insufficient inhibitor or poor drying | Adjust compound chemistry and drying process. |
Process review
Optimize an Existing Process
Share cycle time, media type, compound, defects and inspection failures so the process window can be narrowed.