This system uses CW fiber laser and AOB adjustable beam mode laser as the light source. The galvanometer is used to control the welding path, and various welding paths such as spiral point welding, concentric point welding, s-shape filling welding, sinusoidal swing welding, and figure-8 swing welding are realized. By editing the waveform and adjusting the duty cycle to precisely control the heat input, it can achieve lap welding or butt welding of stainless steel, copper, aluminum, and nickel with a thickness of 0.05-8mm.
Video
Advantages
1、The self-developed CW fiber laser and AOB adjustable beam mode laser maximum power can reach 6000W；
2、The welding path can be edited and the size of the welding point can be adjusted flexibly to meet the welding requirements of different samples；
3、Waveform editing and modulation function can precisely control energy input. With a small thermal deformation, it is suitable for welding thin-plate materials with a low to medium power;
4、Coaxial vision system and XYZ motion axis can realize multi-position welding of large-size products with high welding precision;
5、With various choices of laser cores and power modes, it is widely used in welding consumer electronic products and new energy batteries;
6、Galvanometers can be integrated with a power monitoring module for automatic compensation, which is suitable for long-term mass production.
Specifications
Laser Source | Wavelength | Average Power | Fiber Diameter | Fiber Interface | Cooling Mode |
CW Fiber Laser | 1080nm | 200-6000W (Optional) | 14-200μm (Customizable) | QBH | Water-cooling |
Positioning Accuracy | FOV | Scanning Range | Weld Point Size | XYZ-axis Stroke | Machine Dimension |
±5μm | 20×15mm | Max: 180×180mm | ≥0.2mm | 300×300×200mm | 900×1000×1800mm |
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Application
Effects
New energy battery, consumer electronics, hardware and electric appliances, passive components, etc.
