Laser welding
Laser welding uses a high-energy laser beam as a heat source to achieve high-precision fusion of materials. Compared with traditional welding, it has the following significant advantages, and its application in high-speed production is becoming increasingly prominent.
Aerospace: Used for welding aircraft structures, turbine blades, and composite materials, ensuring strong joints with minimal distortion
Automotive: Welding car bodies, battery components, and thin panels for high-speed production of electric vehicles
Electronics and Medical: Precision welding of circuit boards, sensors, and devices, providing clean, high-precision joints
Laser weldingThe advantage of
High speed and efficiency
Laser welding is fast, up to 4-5 times faster than traditional TIG or MIG welding, significantly shortening production cycles and increasing throughput.
Little influence of substrate
Low heat input, rapid cooling, reduced material deformation, distortion and stress, suitable for heat-sensitive materials
High-quality welds
Produces strong, clean, defect-free welds with high precision, reduces the need for post-processing, and improves weld strength and aesthetics
Low cost
Reduce post-processing, labor costs, and material waste