The 2000W galvanometer fiber laser welding machine is an efficient and high-precision industrial processing equipment that combines the advantages of fiber laser technology and galvanometer scanning system and is widely used in the field of precision welding. Its core advantages and features are as follows:
### **1. High processing efficiency**
- **High-speed galvanometer system**: Using high-speed galvanometer scanning technology, the laser beam can achieve instantaneous switching of the welding path through the rapid deflection of the reflector. Compared with traditional mechanical motion welding, the speed is increased by several times to dozens of times.
- **2000W high power output**: Suitable for welding of medium and thick plates (such as stainless steel, aluminum alloy, etc.), with strong penetration, fast welding speed and high production efficiency.
- **Continuous/pulse mode optional**: Adapt to different materials and process requirements, and reduce auxiliary time (such as positioning, mold change, etc.).
### **2. High-precision and high-quality welding**
- **Advantages of fiber laser**: High beam quality (M² close to 1), small focused spot (up to micron level), concentrated energy density, narrow and deep weld, small heat-affected zone, and reduced material deformation.
- **Galvanometer positioning accuracy**: The galvanometer angle is controlled by a precision servo motor, and the repeat positioning accuracy can reach ±0.01mm, which is suitable for micro welding (such as electronic components, battery tabs, etc.).
- **High weld consistency**: The parameters (power, speed, frequency, etc.) are controlled by the program to avoid human errors, which is suitable for large-scale high-consistency production.
### **3. Flexibility and adaptability**
- **No mold or fixture required**: The galvanometer system controls the welding path through software programming, and can quickly switch between different graphics (such as straight lines, arcs, complex 3D trajectories), which is suitable for small-batch and multi-variety production.
- **Multi-material compatibility**: It can weld stainless steel, aluminum alloy, titanium alloy, copper and other metals, especially suitable for high-reflective materials (fiber laser wavelength 1070nm, metal absorption rate is higher).
- **Non-contact processing**: Laser welding has no mechanical stress and is suitable for precision parts or thin-walled parts (such as medical devices, sensors).
### **4. Low operating cost and high stability**
- **Long life of fiber laser**: Fiber laser has high electro-optical conversion efficiency (≥30%), low power consumption, no consumables (such as CO₂ gas of traditional lasers), and low maintenance cost.
- **Reliability of galvanometer system**: No mechanical wear parts, high long-term operation stability, suitable for 24/7 continuous production.
- **Energy saving and environmental protection**: Compared with traditional welding (such as arc welding), there is no smoke and exhaust gas, and the working environment is cleaner.
### **5. Intelligent and automated integration**
- **Software control**: Supports CAD drawing import, parameter database management, and can integrate visual positioning system (CCD or laser sensor) to achieve automatic positioning and path correction.
- **Industry 4.0 compatibility**: It can be linked with other equipment on the production line through PLC or industrial bus (such as EtherCAT), supporting remote monitoring and data analysis.
### **6. Typical application scenarios**
- **Precision electronics**: Battery welding (power battery, consumer electronics), microelectronic components, connectors.
- **Automobile manufacturing**: powertrain components, lightweight body structure (aluminum/steel hybrid welding).
- **Medical devices**: surgical instruments, implants, stainless steel pipe sealing welding.
- **Aerospace**: engine blades, thin-walled structural parts.
### **Summary**
Fly Laser 2000W galvanometer fiber laser welding machine has become the core equipment of modern precision manufacturing with its high speed, high precision, high flexibility and low operating cost, especially suitable for industries with strict requirements on welding quality and efficiency. Through the coordinated optimization of software and hardware, it can significantly improve production competitiveness and adapt to the future trend of intelligent manufacturing.
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