WF Mechanik provides CNC milling for highly complex components in a wide range of materials—including steel, stainless steel, and aluminum alloys as well as engineering plastics such as POM, PTFE, or PEEK. Powerful 5-axis machining centers with linear drives produce sophisticated contours, freeform surfaces, and geometries with outstanding precision.
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Based on hyperMILL® software, we implement the most complex milling strategies in 2D, 3D, and mill-turn—including undercuts, cross-holes, spherical surfaces, and freeform elements. These systems translate digital design data into precise toolpaths—fast and error-free.
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Whether steel, stainless steel, or aluminum, WF Mechanik mills metallic materials with high dimensional accuracy and surface quality. A powerful spindle, thermo-symmetric machine design, and finely tuned feed rates ensure clean, precise results—from one-offs to series.
5,000 × 920 × 820 mm (X/Y/Z)
5 axes
24,000 rpm
100/60/60 m/min (X/Y/Z)
12 kN
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We machine engineering plastics such as POM, PTFE, PEEK, and PVC—delivering clean edges, tight tolerances, and reproducible quality. Ideal for high-precision plastic parts in industrial applications.
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Thanks to its low weight and excellent machinability, aluminum is ideal for prototyping, mechanical engineering, and medical applications. WF Mechanik uses tuned tooling and milling strategies to achieve maximum precision and stability in aluminum.
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Whether a precise prototype, fast-turn single piece, or demanding large series—WF Mechanik manufactures to any volume. Automated processes ensure consistent quality and efficient throughput, even with high variant diversity.
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.
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.