Our lasers are capable of welding various materials (SUS, copper, aluminum, dissimilar materials, different thicknesses, etc.).
Blue-IR hybrid beam reduces spattering and blowhole formation during copper welding, and achieves a more uniform penetration depth.
Copper lap welding
Model | |
---|---|
Output | Blue laser 1 kW + Fiber laser (IR) 3 kW |
Speed | 100mm/sec |
Material |
C1020 t2mm 、t1mm |

Copper foil + copper plate lap welding
Model | |
---|---|
Output | Blue laser 150 W + Fiber laser (IR) 500 W |
Speed | 5mm/sec |
Material | Electrolytic copper foil t8 μm × 50 sheets, tab lead (copper plate) t0.5 mm |

Copper bus bar lap welding (t=2mm / t=1mm)
Model | |
---|---|
Output | Blue laser 1.5 kW + Fiber laser 4.5 kW |
Speed | 150mm/sec |
Material |
Oxygen-free copper (upper plate t = 2 mm, lower plate t = 1 mm) |



Copper bus bar lap welding (t3mm / t=2mm)
Model | |
---|---|
Output | Blue laser 2 kW + Fiber laser 6 kW |
Speed | 150mm/sec |
Material | Oxygen-free copper (upper plate t = 3 mm, lower plate t = 2 mm) |



Copper bus bar butt welding (t5mm)
Model | |
---|---|
Output | Blue laser 2 kW + Fiber laser 6 kW |
Speed | 100mm/sec |
Material |
Oxygen-free copper (t=5mm) |



Copper plate lap welding
Model | |
---|---|
Output | Blue laser 800 kW + Fiber laser 2200 kW |
Speed | 450mm/sec |
Material |
C1020 0.5mm x 0.5mm |


DCB substrate welding
Model | |
---|---|
Output | Blue laser 1000 W + Fiber laser 1400 W |
Speed | 400mm/sec |
Material | C1020 0.8 mm x 0.3 mm overlapping With ceramic |


Aluminum die-cast welding
Model | |
---|---|
Output | Fiber laser 6 kW |
Speed | 100mm/s |
Material | ADC12 2 mm x 2 mm overlapping |


SUS304 lap welding
Model | |
---|---|
Output | 150 W |
Speed | 2500 mm/sec |
Material | SUS304 t0.05 mm |

Titanium lap welding
Model | |
---|---|
Output | 250 W |
Speed | 400 mm/sec |
Material | Pure titanium, t0.3 mm |

Aluminum (A5052), copper (C1100)
Model | |
---|---|
Output | 300 W |
Speed | 100 mm/sec |
Material | Aluminum (A5052), copper (C1100) |

Monitoring device for high-precision in-process detection and quantification of contamination of protective glass for galvo scanning heads