Deburring & refining in series

In vibratory finishing (trowalizing), parts move with media and compound in a rotating drum for uniform treatment of all surfaces. Ideal for deburring metal, rounding edges, and producing matte textures—without manual rework, highly automated, and reproducible even in large quantities.

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Efficient, consistent deburring

We reliably remove burrs and sharp edges from milling or laser cutting. At the same time, the surface is refined—from lightly satin to evenly matte, depending on the media used.


 

The method is especially suitable for small to medium-sized parts in high volumes—aluminum, stainless steel, brass, or steel. Even complex geometries achieve uniform finishes without dimensional distortion. Minimal material removal (a few thousandths of a millimeter) can occur and is planned accordingly for tight tolerances.

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Process reliability via tuned media

We precisely match media (ceramic, plastic, stainless steel) and compounds (cleaning, smoothing, polishing, de-oiling) to material and surface targets. Roughness values down to Ra 0.2 μm are achievable, with full batch traceability for process security.

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Advantages at a glance

  • Automated deburring—no manual rework
  • Matt finishing and edge rounding in one step
  • Time- and cost-efficient for series production
  • Suitable for technical and decorative parts
  • Reproducible quality at high volumes

Typical applications:

  • Small and series parts from milling or stamping
  • Functional parts with sensitive edges/surfaces
  • Decorative parts requiring uniform finish

Contract manufacturing with added value and precision

All our manufacturing methods are part of an integrated contract manufacturing offer.
WF Mechanik customers benefit from short response times, high flexibility, and the ability to calculate, configure, and order sheet metal parts online.
Both products and services come directly from us — everything from a single source.

Process reliability & documentation – certified to iso 9001

All components are tested using ISO 9001-certified measurement processes, ensuring dimensional accuracy and process stability — especially for safety-critical or assembly-relevant components in mechanical engineering, medical technology, and plant construction.