Hardening

Hardening

Laser hardening offers an energy-efficient alternative to conventional heat treatment, markedly extending the service life of construction-equipment components exposed to heavy wear and harsh operating conditions

Products

Applications

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Localised surface hardening of wheel tyres
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Thermal hardening of threads, shafts and gears
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Heat hardening of drill-pipe threads
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Hardening of alloy-steel crankshaft journals

Key advantages

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    Up to 4× increase in wear resistance — extending service life and cutting maintenance in industrial use
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    Delivers precise, localised hardening — minimising thermal load and outperforming conventional methods
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    Ensures minimal distortion and high repeatability for tighter dimensional control and higher productivity
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    Eliminates secondary finishing, lowering production costs and shortening turnaround
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    Ideal for heavy-duty parts such as shafts, gears, dies and rails — enabling longer service life in demanding conditions

Use cases

  • Thermal hardening of alloy-steel (Cr, Ni, Mo) drill-pipe threads

    Thermal hardening of alloy-steel (Cr, Ni, Mo) drill-pipe threads

  • Laser hardening of seating journals on large alloy-steel shafts, components up to ~10 tonnes

    Laser hardening of seating journals on large alloy-steel shafts, components up to ~10 tonnes

  • Laser heat-hardening of Steel-2 locomotive wheelsets

    Laser heat-hardening of Steel-2 locomotive wheelsets

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