Wire cladding

Wire cladding

Laser wire cladding is a precise, automated process that applies functional coatings by feeding metal wire into a laser-heated zone, ensuring controlled energy input, localized treatment, low distortion, uniform layer buildup, and high process stability for industrial applications

Products

Key advantages

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    High deposition rates with minimal waste for cost-efficient buildup
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    Maintains consistent bead geometry and thickness across large or rotating parts
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    Reduces porosity risks and ensures dense, defect-free cladding layers
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    Offers stable and controllable process parameters suitable for structural repairs
  • Metalworking
    Provides strong metallurgical bonds with high adhesion strength (up to 550 MPa)
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    Ideal for restoring the geometry of large shafts, crankshafts, and bearing journals
  • Metallurgy
    Delivers minimal heat input and low residual stresses, preserving part integrity during restoration

Use cases

  • Wire cladding of alloy steel river shaft to restore geometry using stainless steel (3–5 mm layer, 450–500 HV0.1)

    Wire cladding of alloy steel river shaft to restore geometry using stainless steel (3–5 mm layer, 450–500 HV0.1)

  • Wire cladding of rotary bodies for diameter restoration

    Wire cladding of rotary bodies for diameter restoration

    • Discover new opportunities in the laser industry

    We focus on continuous technological development and strive to exceed our customers’ expectations

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