Laser Hardening
Laser Technology that Maximizes Surface Hardness and Wear Resistance
Laser energy concentrates heat on the metal surface to increase hardness and wear resistance. Localized laser hardening on only the required areas minimizes distortion across the component. Compared to conventional hardening methods, it produces deeper hardened layers while ensuring consistent quality.
Advanced Localized Hardening that Elevates Component Reliability
The beam size and shape can be freely adjusted to match diverse geometries. Precise treatment of specific areas on fine components enhances overall product functionality. An essential technology for heavy industry and aerospace applications that demand high strength and extended service life.
Key Features
01
Performance enhancement through localized surface hardening
02
Dimensional stability through minimized thermal distortion
03
Uniform hardness distribution and reproducible quality
Applications
Connecting Industries to the Future with Laser Technology
Automotive
BPC, CP, body-in-white, seat frame welding, and more
Shipbuilding & Marine
Hybrid welding for heavy steel plates,
laser cladding for propeller blades, and more
Urban Air Mobility
BPC and CP welding for UAM platforms
Aerospace
Surface treatment for space launch vehicles