200W Blue+1000W IR Hybrid Laser|Vivlaser
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Price
Price on request ≥1piece
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Model Number
V1-B200/F1000 -
Data Sheet
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Package
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Specs
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Product Description
The V1-B200/F1000 is a compact 200W blue + 1000W fiber hybrid laser welding module designed for high-reflective materials welding such as copper, gold, and stainless steel. With a customizable spot size and stable power output, it ensures spatter-free, smooth welding seams, making it ideal for precision industrial applications
Features
- Blue laser output power: 200W
- Power adjustment range: 10%–100%
- Focused spot size: 0.4 mm
- Fiber laser compatibility: up to 1000W
- Welding head weight: ≤4 kg
- Power supply weight: ≤8 kg
- Input voltage: ~220V/50Hz, power consumption <700W
- Operating temperature: 10–40 ℃
- Cooling requirement: ≥5 L/min water flow, nominal cooling capacity 1000W
Functions:
- Gold Welding
- Copper Welding
- Other High-Reflective Materials Welding
- Dissimilar Materials Welding (e.g., copper & stainless steel)
Parameters
| Model: V1-B200/F1000 | Unit | Spec. | |
|---|---|---|---|
| Blue laser parameters 1 | Blue laser output power | W | 200W |
| Power adjustment range | % | 10%~100% | |
| Focused spot size | mm | 0.4mm | |
| Cable length from the laser to the power supply | m | 3 | |
| Input voltage Vop | V | ~220V/50Hz | |
| Rated power consumption | W | <700 | |
| Welding head parameters | Maximum blue light power it can withstand | W | 200W |
| Maximum fiber laser power it can withstand | W | 1000W | |
| Working distance (from copper nozzle to workpiece surface) | mm | 5±5mm adjustable | |
| Number of protective mirrors | Unit | 2 | |
| Coaxial air blowing device | / | Yes | |
| Thermal parameters | Operating temperature | ℃ | 10-40 |
| Storage temperature | ℃ | 0-60 | |
| Nominal cooling capacity | W | 1000(The selection of chillers should be based on the power consumption of fiber optic lasers) | |
| Cooling water flow rate | L/min | ≥5 | |
| Weight | Weight of the laser welding head | Kg | ≤4 |
| Weight of the power supply | Kg | ≤8 | |
| The tests for all parameters were conducted at 25°C. | |||