Hardening

Hardening

Laser hardening is an energy-efficient alternative to traditional heat treatment methods, significantly extending the service life of construction equipment components exposed to heavy wear and harsh operating conditions

Products

Applications

Local surface hardening of wheel tires
Local surface hardening of wheel tires
Thermal hardening of threads, shafts, gears
Thermal hardening of threads, shafts, gears
FL-CPM_15
Heat-hardening of drill pipe threads
shaft
Hardening of crankshaft journals made of alloy steel

Key advantages

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    Up to 400% wear resistance increase—extending service life and cutting maintenance in industrial applications
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    Delivers precise, localized hardening—minimizing thermal impact and outperforming traditional methods
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    Ensures minimal distortion and high repeatability for superior dimensional control and production efficiency
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    Eliminates post-processing, reducing both production costs and turnaround time
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    Ideal for heavy-duty parts like shafts, gears, dies, and rails—ensuring longer service life in demanding conditions

Use cases

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

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

  • Laser hardening of seating journals on large-size shafts made of alloy steel, weighing up to 10 tonnes

    Laser hardening of seating journals on large-size shafts made of alloy steel, weighing up to 10 tonnes

  • Heat hardening of steel 2 locomotive wheelsets

    Heat hardening of steel 2 locomotive wheelsets

  • Discover new opportunities in the laser industry

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

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