Laser Brazing
Low-Temperature, High-Strength Joining for Precision Components
A low-temperature joining process that melts only the filler material while leaving the base material intact. Minimal thermal distortion enables high-strength joints even on complex, precision geometries. Optimized laser control ensures exceptional airtightness and durability — particularly for dissimilar-metal joints.
Laser Brazing Optimized for Automated Production
Exceptional speed and precision maintain consistent quality even in high-volume production environments. Non-contact heating minimizes the heat-affected zone while providing precise control over solder flow. A joining technology that boosts production efficiency across automotive, electrical, and electronics industries.
Key Features
01
Reduced base-material distortion through low heat input
02
Stable joints on thin plates and complex geometries
03
Superior appearance and airtight 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