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Fiber Laser Source Module
The fiber laser source is a cutting-edge technology that revolutionizes laser applications. With its advanced design and state-of-the-art features, this fiber laser source is the ultimate solution for all your laser needs. Whether you're in the manufacturing industry, medical field, or research sector, this remarkable device will exceed your expectations.
Laser source
We specialize in providing state-of-the-art fiber laser sources that are the heart of laser cutting, marking, and engraving systems. Fiber laser has higher output power and higher pulse peak power, especially suitable for high peak power, long pulse width, and cold processing industrial environments, such as spot welding, wire welding, drilling, precision cutting, etc.Our fiber laser source is designed to provide high performance, exceptional beam quality, and unmatched efficiency for a wide range of industrial applications.
The structure of Laser source
Pump source
Stimulated medium
Resonant cavity
The pump source supplies external energy to the laser.
The excited medium is located inside the laser, depending on the laser structure design, the laser medium may be a gas mixture (CO2 laser), a crystal rod (YAG solid-state laser), or a glass fiber (fiber laser). When the laser medium is supplied with energy from an external pump source, it is excited to generate energy radiation.
The excited medium is located in the middle of the two mirrors at both ends of the resonant cavity. One of the mirrors is a one-way lens (half mirror). The energy radiation generated by the excited medium is amplified in the resonant cavity. At the same time, only one specific radiant light can pass through the one-way lens to form a beam of radiant light, which is the laser beam.
The Freeze Maintenance Guide of Laser source
- If conditions permit, you can always turn on the air conditioner or heater to keep the ambient temperature above 0°C, and the water will not freeze when it is higher than 0°C.
- When not in use at night, the chiller can be kept running, and the water will not freeze under high-pressure flow.
- If it is not used for a long time, all the water in the equipment (laser, chiller, laser head) can be drained, and the remaining water in the pipeline can be blown dry with air or nitrogen. If there is no water, it will not freeze.
- Adding antifreeze to the water can effectively prevent the water from freezing.
