The advantages of fiber lasers stem from excellent beam quality under high power output, excellent electro-optical efficiency under high beam quality, and extremely small size, mobility and flexibility under high power and high beam quality. As a result, it has been widely used. Different applications have different requirements on the quality of the laser beam output.

Lasers can be divided into fiber lasers, semiconductor lasers, solid-state lasers and CO2 lasers according to their materials. In the industrial production and application of all lasers, fiber lasers have unique ingenuity and have developed the fastest in recent years.

At this stage, there are more and more types of fiber lasers. According to the difference in laser output time domain characteristics, fiber lasers can be divided into Short pulse fiber laser and High power continuous fiber laser. Different types of fiber lasers also have different typical applications in the field of industrial production.

Short pulse fiber laser refers to a laser whose single laser pulse width is less than 0.25s and runs only once every period of time. The main feature of Short pulse fiber laser is that the peak power is very high, but the average power is generally low. It is mainly used in laser marking, engraving, ranging and other fields.

After years of verification in the market, the technical advantages of fiber lasers are undoubtedly manifested, and they have received widespread attention. But what needs to be vigilant is that the development of fiber laser industry needs to seek differentiated development from competition.