Products
Applications
Key advantages
Up to 400% wear resistance increase—extending service life and cutting maintenance in industrial applications
Delivers precise, localized hardening—minimizing thermal impact and outperforming traditional methods
Ensures minimal distortion and high repeatability for superior dimensional control and production efficiency
Eliminates post-processing, reducing both production costs and turnaround time
Ideal for heavy-duty parts like shafts, gears, dies, and rails—ensuring longer service life in demanding conditions
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
Heat hardening of steel 2 locomotive wheelsets
Other applications
Laser hardening
Laser hardening is a state-of-the-art heat treatment technique designed to improve the mechanical strength, wear resistance, and fatigue life of metal components. Unlike conventional methods, laser surface hardening uses a focused laser beam to heat specific areas of the material surface. The heat rapidly diffuses inward, and the metal self-quenches as the internal layers act as a heat sink, forming a hardened martensitic structure.
This laser hardening process ensures exceptional precision and minimal deformation, making it ideal for complex or high-value parts in industries such as automotive, energy, aerospace, and heavy machinery.
We focus on continuous technological development and strive to exceed our customers’ expectations
