Removes burrs from machining and stamping
Consistent edge radius across a batch
Vibratory, barrel and centrifugal methods
Surface smoothing and polishing compounds
Suitable for small and high-quantity parts
Low cost per part in volume
| Machined aluminium and steel |
| Stamped parts and contacts |
| Stainless steel components |
| Brass and copper parts |
| Plastic moulded parts |
| Especificação | Detalhes |
|---|---|
| Ra improvement | Down to Ra 0.2 µm with polish media |
| Edge radius | 0.05–1.0 mm typical |
| Media | Ceramic, plastic, steel, walnut shell |
| Batch size | from 1 kg to 200 kg |
| Materials | Metals and plastics |
| Lead time | 2–4 working days |
Drag finishing for polished surfaces
De-scaled and cleaned after tumbling
Followed by plating or coating
Centrifugal and high-energy tumbling work fastest, with ceramic media for aggressive deburring. Vibratory tumbling is gentler and better for delicate or thin parts.
It removes a controlled amount, so we run samples and measure the edge radius before committing the batch. Where sharp edges matter we mask or process selectively.
For most parts, yes, and with far better consistency. Cross-holes and complex internal features may still need manual attention, which we handle in a second step.
Type II and Type III anodizing for aluminium: clear, black and colour finishes with improved corrosion and wear resistance, thickness from 5 to 50 µm.
Type III hard anodizing builds a 25-50 µm ceramic-like oxide layer with up to 500 HV surface hardness for wear-critical aluminium parts.
Glass bead blasting for a uniform satin finish on metal and plastic parts. Hides tool marks, prepares surfaces for coating and gives a premium matte look.
Sand blasting for surface cleaning, descaling and roughening. Removes rust, scale, old coating and oxide before welding, painting or bonding.
Mechanical polishing to mirror and optical finishes: Ra down to 0.05 µm for mould cavities, light guides, medical parts and decorative surfaces.
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