This system uses QCW fiber laser as the light source. Various welding methods such as continuous welding, quasi-continuous welding, and single-pulse point welding are realized by controlling the welding path with the galvanometer. The heat input is precisely controlled by editing the waveform and adjusting the duty cycle, so as to realize lap welding or butt welding of metal sheets, especially stainless steel, nickel, copper, etc.
Video
Advantages
1. The self-developed QCW fiber laser is available in continuous and quasi-continuous modes, and average power reaches 600W;
2. High peak power (1.5/3/6kW), high single-point pulse energy (15/30/60J), flexible and adjustable energy mode;
3. Equipped with a galvanometer, continuous pulse point welding and single-pulse point welding can be realized, and with flexible and adjustable welding position and form;
4. Waveform editing function can precisely control the pulse energy to reduce thermal deformation, which makes it suitable for thin plate materials welding such as stainless steel and copper;
5. Coaxial vision system and XYZ motion axis can realize multi-position welding of large-size products with high welding precision;
6. This high-stability platform system is available in single and double stations and is widely used in the welding of consumer electronic products.
Specifications
Laser Source | Wavelength | Average Power | Peak Power | Pulse Energy | Fiber Diameter | Fiber Interface |
QCW Fiber Laser | 1080nm | 120/150/300/450/600W | 0.75/1.5/3/4.5/6kW | Max: 15/30/60J | 20-200μm | QBH |
Cooling Mode | Positioning Accuracy | FOV | Scanning Range | Weld Point Size | XYZ-axis Stroke | Machine Dimension |
Air-cooling | ±5μm | 20×15mm | 100×100mm | ≥0.2mm | 300×300×200mm | 900×1000×1800mm |
solutions
Application
Effects
consumer electronics, passive components, hardware and electric appliances, medical devices, instrument and apparatus, new energy, etc.
