Laser Welding Machine
Laser welding is a processing method that utilizes a high energy density laser beam as a heat source to heat the workpiece and achieve inter-atomic bonding of the workpiece using pressurized or unpressurized, with or without filler material. Types of laser welding include laser self-melting welding (including high-brightness lasers, FRM lasers, optical gate multi-output lasers, and dual-band composite welding), laser filler welding (laser brazing), and laser arc composite welding.
Laser Welding Features:
- High Energy Density
Lasers are capable of delivering high energy density laser beams, enabling the welding process to rapidly heat and melt the weld material.
- High Focusing
The laser beam can be focused through optical components such as lenses, resulting in a higher energy density at the welding point and better welding results.
- High Precision
Laser welding allows for very precise welds and is suitable for tiny weld points or complex shapes.
- Non-contact
Laser welding is a non-contact welding method that avoids contamination and deformation of the material.
- Controllable
The laser welding energy and focus position can be precisely controlled by adjusting the parameters of the laser, adapting to different welding needs.
