Through integrated design, the dual end fiber outputs 800W (800um core diameter) 455nm blue light and 3000W (20um core diameter) 1080nm infrared laser, which have the characteristics of control integration, small footprint, flexible movement, and convenient integration. It can be applied to the processing of various non-ferrous metals, stainless steel, and heterogeneous materials, and can achieve splash free or less splash welding of high reactive materials such as copper and aluminum. The welding parts have beautiful shape, few defects, and good repeatability, especially suitable for welding processing of new energy batteries, electric vehicle three electric system components, power copper bars and other products.
Application Area
Through integrated design, the dual end fiber outputs 800W (800um core diameter) 455nm blue light and 3000W (20um core diameter) 1080nm infrared laser, which have the characteristics of control integration, small footprint, flexible movement, and convenient integration. It can be applied to the processing of various non-ferrous metals, stainless steel, and heterogeneous materials, and can achieve splash free or less splash welding of high reactive materials such as copper and aluminum. The welding parts have beautiful shape, few defects, and good repeatability, especially suitable for welding processing of new energy batteries, electric vehicle three electric system components, power copper bars and other products.
| Parameter Classification | Specific Parameter | Blue Light Parameter Value | Infrared Parameter Value |
|---|---|---|---|
| Basic Information | Product Model | BIRF-800-3000 | |
| Working Mode | Continuous | Continuous / Modulated (Maximum Modulation Frequency 5kHz) | |
| Central Wavelength | 455±10nm | 1080±10nm | |
| Power Parameters | Maximum Output Power | 800W | 3000W |
| Power Adjustment Range | 10%-100% | 10%-100% | |
| Power Instability | ≤2% | ≤3% | |
| Output Parameters | Laser Output Mode | Fiber Output, Standard QBH Interface | Fiber Output, Standard QBH Interface |
| Output Fiber Length | 8m | 10m | |
| Output Fiber Core Diameter | 800μm, 0.22NA | 20μm, 0.065NA | |
| Beam Quality | BPP≤80mm ·mrad | M²≤1.3(86%) | |
| Cooling Parameters | Cooling Method | Water Cooling (Recommended Cooling Water Temperature 22℃) | Water Cooling (Recommended Cooling Water Temperature 22℃) |
| Cooling Capacity Requirement of Chiller | ≥11kW | ≥11kW | |
| Head Requirement of Chiller | ≥44M | ≥44M | |
| Laser Water Flow Requirement | ≥40L/min | ≥40L/min | |
| QBH End Water Flow Requirement | ≥2L/min*2 | ≥2L/min*2 | |
| Electrical Parameters | Supply Voltage | AC380V±10%, 50/60Hz, Three-phase Five-wire System | AC380V±10%, 50/60Hz, Three-phase Five-wire System |
| Maximum Input Power | 14kW | 14kW | |
| Safety and Control | Safety Protection | Overcurrent Protection, Overvoltage Protection, Undervoltage Protection, Abnormal Temperature, Water Cooling Alarm | Overcurrent Protection, Overvoltage Protection, Undervoltage Protection, Abnormal Temperature, Water Cooling Alarm |
| Control Mode | External Control / Network Port Communication | External Control / Network Port Communication | |
| Environmental Parameters | Working Environment Temperature | 5~35℃ | 5~35℃ |
| Working Environment Humidity | ≤70%RH@25℃ | ≤70%RH@25℃ | |
| Safety Standards | Radiation Safety | In line with GB/T7247.1 Standard | In line with GB/T7247.1 Standard |
| Electrical Safety | In line with GB/T 10320 Standard | In line with GB/T 10320 Standard | |