NON-FERROUS METAL WELDING EXPERTS
STRION LASER’s Laser hybrid welding combines the advantages of laser welding with those of arc welding. This welding process is becoming particularly established in shipbuilding, automotive production and rail vehicle construction.
STRION LASER’s Laser-MIG hybrid welding technology is a welding method that combines laser and MIG welding to achieve efficient and high-quality welding by simultaneously utilising the high energy density of the laser and the filler material properties of MIG welding.
| Technical parameters | ||
| Item | Parameters | Remarks |
| Laser power | 15kW | |
| Beam quality | 5mm-mrad | @100μm |
| Central wavelength | 1070nm | ±10nm |
| Modulation frequency | Max:20kHz | |
| Welding current(max) | 500A | DC Mode(No Pulse) |
| 400A | DCMode(With Pulse) | |
| Duty cycle | 100% | @Ambient temperature below45℃ |
| Optical platform scanning range | Max:12mm | |
| Optical platform scanning frequency | Max:500Hz | |
| Welding capacity(max) | Carbon Steel:20mm | Effective weldingquality |
| Welding head weight | 35kg | Standard configuration |
| Rated power consumption | Max:55kW | |
Blue-red hybrid laser welding process, through the blue laser’s high absorption rate of preheating the material, so as to achieve the absorption rate of the red laser rise, at the same time due to the blue laser’s power density compared with the fibre optic laser is small, can be achieved by combining the stabilisation of heat conduction welding and deep melting welding, to achieve the highly efficient welding of high anti-alloys (aluminium, copper).
Blue laser absorption enhancement for solving non-ferrous solder ability problems
| Absorption of blue laser by common metals comparison of multiplicity of absorption by near-infrared laser light | |||||
| Material | Aluminium | Copper | Gold | Tin | 304 SS |
| Multiple | 2.5 | 11.9 | 60.2 | 1.2 | 1.4 |
| Technical Data | ||
| ltem | Parameters | Remarks |
| Laser power | Red laser waveband 3000w | Max.supported 15000W |
| Blue laser waveband 600W | Max.supported 3600W | |
| Beam quality | Red laser waveband≤1.8m? | @25um corediameterlaserfiber |
| Blue laser waveband focal spot size lmmX1mm | @FF=200mm | |
| Power Stability | ±2% | @24H |
| Optical platform Scanning range | Max:12mm | |
| Optical platform Scanning frecuency | Max:500Hz | |
| Max.welding capacity | Copper:6mm | Effective welding quality |
| Rated power | Max:8kW | |
The perfect combination: laser hybrid welding combines the advantages of laser welding with those of arc welding.In this welding process, an advancing laser beam initially heats the surface of the workpiece to vaporization point. This results in deep and narrow penetration. The subsequent arc forms a wide focal spot.





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Benefit from our experts’ advice to meet your brand’s needs.
Laser hybrid welding combines the advantages of both processes, allowing high weld depths and high gap bridging at the same time, and is particularly suitable for high thickness materials. The filler material can also have a positive effect on the properties of the weld.
With our expertise and experience in welding, we are happy to advise you and work with you to find the perfect solution for your specific welding requirements. Please contact us.
Laser hybrid welding combines the advantages of laser welding with those of arc welding. This welding process is becoming particularly established in shipbuilding, automotive production and rail vehicle construction.
Sure, different types of metals (such as copper and stainless steel or aluminum) can be easily welded together.