600W QCW Water-Cooled Quasi-CW Fiber Laser
With the localization of lasers, laser applications have penetrated high-precision fields such as aerospace and automotive and shipbuilding, and are more widely used in light industry processing, even becoming tools that solve practical problems for people's daily lives. Lasers have thus set off a rapid wave of miniaturization and lightweighting, moving from a power-first era to an era where power and brightness are equally important.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Optical Characteristics - Laser Wavelength | 1080nm±5nm |
| Optical Characteristics - Output Optical Power | 600W |
| Optical Characteristics - Maximum Peak Power | 6000W |
| Optical Characteristics - Maximum Pulse Energy | 60 |
| Optical Characteristics - Pulse Width | 0.2-50ms |
| Optical Characteristics - Fiber Core | 50/100/150/200 &DOEμm |
| Optical Characteristics - Fiber Output | 1,RQB |
| Optical Characteristics - Fiber Armor Length | 1.5&6 (customizable)m |
| Electrical Characteristics - Power Requirements | AC220V±10%,50/60Hz |
| Electrical Characteristics - Cooling Method | Water-cooled |
| Electrical Characteristics - Power Consumption | 2000W |
| Electrical Characteristics - Layer Switching Time | >0.5ms |
| Environmental Requirements - Operating Temperature | 10-40℃ |
| Environmental Requirements - Storage Temperature | -5-55℃ |
| Environmental Requirements - Cooling Method | Air-cooled |
| Structural Characteristics - Machine Dimensions | \ |
Applications
Datasheet
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