Applications

Deburring, polishing, descaling and edge rounding routes for aerospace, automotive, medical and precision manufacturing.

Technical guidance for manufacturers evaluating deburring, polishing, descaling and edge-rounding equipment.

Remove drilling, milling, turning, stamping and cutting burrs with controlled abrasive contact.

Confirm burr height, burr direction and allowable edge break before trial.

Improve brightness and surface uniformity before plating, anodizing, passivation or assembly.

Use staged media routes when cosmetic finish and Ra reduction are both required.

Remove oxide from heat treatment, forging, casting or welding operations.

For thick oxide or profile creation, compare with shot blasting before committing.

Create safer edges, better coating coverage and reduced stress concentration.

Measure edge radius when the requirement is functional, not only visual.

Industry fit

Production requirements by industry

Industry	Typical parts	Primary buying driver
Aerospace	Titanium brackets, aluminum housings, turbine components	Controlled edge radius, documentation and low scrap risk
Automotive	Transmission parts, stamped brackets, gears, fittings	Throughput, labor reduction and cost per batch
Medical devices	Instruments, implants, small machined components	Cleanliness, repeatability and validation
Precision machining	CNC aluminum, stainless and brass components	Manual deburring replacement and consistent visual finish
Die casting	Zinc and aluminum housings	Deflashing, pre-plate surface quality and stain prevention

Process review

We can compare media, cycle time and equipment type using your real production burrs.