Ce que nous faisons
Removes 10 to 40 µm of surface material
Removes 10 to 40 µm of surface material
Bright, burr-free finish on complex parts
Bright, burr-free finish on complex parts
Removes micro-cracks and embedded contaminants
Removes micro-cracks and embedded contaminants
Improves corrosion resistance beyond passivation
Improves corrosion resistance beyond passivation
Ideal
Ideal for medical, food and pharma parts
Deburrs internal passages where tools cannot reach
Deburrs internal passages where tools cannot reach
Matériaux
| Stainless 316L and 304 |
| Stainless 17-4 PH |
| Titanium and titanium alloys |
| Aluminium |
| Copper and brass |
Spécifications clés
| Spécification | Détails |
|---|---|
| Material removal | 10–40 µm |
| Surface | Bright, Ra improved by 30–50 % |
| Materials | Stainless, aluminium, copper, titanium |
| Standards | ASTM B912 for stainless |
| Deburring | Effective on internal edges |
| Lead time | 4–8 working days |
Finitions de surface & post-traitement
Followed by passivation if required
Followed by passivation if required
Cleanroom packed
Cleanroom packed
Combined with ultrasonic cleaning
Combined with ultrasonic cleaning
Questions fréquentes
Electropolishing or passivation?
Passivation only cleans the surface chemically, while electropolishing removes a layer of metal, eliminating burrs and micro-defects. For high-purity medical and semiconductor parts electropolishing gives a better result.
How does it affect tolerances?
It removes material uniformly from the part surface, so we compensate by machining oversize. Sharp edges round off slightly, which is usually desirable but must be considered on precision edges.
Does it improve fatigue life?
Yes, by removing surface micro-cracks that act as crack initiators. That is why it is used on critical stainless components in demanding applications.
More in this section
Anodizing
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.
Hard Anodizing
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.
Bead Blasting
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
Sand blasting for surface cleaning, descaling and roughening. Removes rust, scale, old coating and oxide before welding, painting or bonding.
Polishing
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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