レーザー溶接の新たな章！完璧な溶接の新たな基準を確立

Advantages of Laser Welding Compared to Traditional Welding Technologies

1. High Depth-to-Width Ratio

レーザー溶接 achieves deep penetration with a narrow weld seam and a small heat-affected zone. The depth-to-width ratio can reach up to 20:1.

 2. 速い溶接速度

The high energy density of the concentrated beam allows for fast heating, melting, and solidifying processes, yielding high efficiency. The maximum welding speed for 1mm thin sheets can reach up to 20m/min.

 3. Wide Range of Weldable Materials

レーザー溶接 can be applied to the same metal, dissimilar metals, and even non-metal materials like ceramics.

 4. Minimal Thermal Deformation and High Weld Quality

The high power density of the beam leads to lower heat input, resulting in minimal thermal deformation of the workpiece. This helps reduce manufacturing costs and prevents grain growth in the weld joint, thereby improving joint performance.

 5. Strong Process Adaptability

Welding parameters are easy to precisely adjust, and accessibility to the welding position is excellent.

 6. High Power Density and Low Energy Consumption

Laser Welding Configurations

Laser Welding Configurations
1500w laser source	Single Swing Welding Head
1500w laser source	Dual Swing Welding Head
2000Wレーザー source	Single Swing Welding Head
2000Wレーザー source	Dual Swing Welding Head
3000Wレーザー source	Dual Swing Welding Head

Features of DMK Robot Models

1. Increased payload capacity to 12KG, enhancing stability while maintaining speed.

2. Factory-calibrated for precision using Leica laser calibration instruments, significantly improving accuracy.

3. Novel appearance, providing the robot with a high level of 美的魅力.

Laser Welding Process Kit

The controller welding process package is newly upgraded to optimize the original functions and introduce a laser-specific welding process package. Combining laser, wire feed and robot motion control into one package, it simplifies the control method and enhances the control capability.