Laser marking – flexible, durable, precise

Whether metal, plastic, or organic materials—we mark and engrave components of all kinds with cutting-edge laser technology. Thanks to flexible systems, even curved, textured, or heat-sensitive surfaces are possible.

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Laser marking on metal

With our high-precision laser, metal parts are marked permanently and abrasion-resistant—ideal for serial numbers, logos, or technical identifiers. Marking is possible on steel, stainless steel, aluminum, titanium, bronze, and brass.

 

Good to know: Our high level of automation makes large series economical, too.

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Deep engraving for ultra-durable markings and logos

For particularly demanding applications we offer deep laser engraving—the ideal solution for mechanically stressed parts. Logos, codes, or serial numbers are engraved permanently and remain legible even under extreme conditions.


A laser-engraved company logo not only boosts recognition but also signals quality—whether as branding on machine components or as product identification. WF Mechanik places your logo precisely and to a premium standard.

 

Standard engraving depth
10–50 μm

 

Deep engraving
Up to 5 mm

 

Multiple passes
Used to reach the desired depth

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Series, single parts, prototypes—how big can they be?

From one-offs to large series, we realize laser marking on almost any workpiece quickly and efficiently. With a working area up to 910 × 602 mm, even larger components or housings can be marked safely and precisely with consistently high quality.

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.