Presentation of the equipment's characteristics
Our laser hybrid welding equipment adopts a new generation of composite laser technology, laser + DC MIG composite technology. It effectively reduces various defects in laser welding, greatly improves the processing yield rate, solves the industry pain points of single welding, and customizes automation solutions. With the weld tracking system, it guarantees welding quality, reduces processing costs, and further breaks through the bottleneck of industry development.
Equipment Introduction
Our company’s laser hybrid welding equipment adopts a new generation of composite laser technology, laser + DC MIG composite technology. It effectively reduces various defects in laser welding, greatly improves the processing yield, solves the industry pain points of single welding, and customizes automation solutions. With the weld tracking system, it guarantees welding quality, reduces processing costs, and further breaks through the bottleneck of industry development.
Equipment advantages
1. Compared with traditional arc welding and laser welding, the energy utilization rate is much greater than the simple addition of the two heat sources, so laser hybrid welding has a higher welding speed;
2. Compared with traditional welding, laser hybrid welding has a greater penetration depth and higher welding quality.
3. The participation of laser helps to improve the stability of the arc and improve the adaptability to the welding gap, thereby improving the welding efficiency.
Main repair workpieces
Welding of medium and thick plates with a thickness greater than 15mm
Device name | Laser arc hybrid welding system |
laser | 20kW |
Fiber core diameter | 200μm |
Motion mechanism | KUKA kr210 |
Melting depth | 9mm |
melting width | 6.7mm |
Welding method | Laser + DC MIG composite |
Laser power | 5kW |
Welding current | 144A |
welding voltage | 16.7V |
Welding speed | 10mm/s |
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