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Fiber lasers became the standard of industrial 4.0, manufacturing industries just around the corner
- Jun 15, 2016 -

Fiber lasers became the standard of industrial 4.0, manufacturing industries just around the corner

According to market research data show that sales revenues in 2014 of industrial lasers grew by 6%, with growth of fiber lasers has reached 14%, the latter since the economic crisis of the compound annual growth rate of 33.58%. 2014 fiber lasers in the total industrial laser market share of 36.5%, year-on-year increase of 8%, while other sub-categories of industrial lasers only 2% growth. Fiber lasers for industrial laser applications, the main trend is an indisputable fact.

In global markets, the company is still currently IPG fiber laser main suppliers. With Industry Research Center data show that in 2014 the company's global revenue comparison IPG fiber laser revenue, accounting for more than 50%. In addition, IPG in key global markets nor spare no effort to promote the fiber laser applications. Domestic market, Maxphotonics laser company in 2014, in the class pulse fiber laser system in the domestic market accounted for more than 60%. Also it proved in the domestic fiber laser performance and stability has reached world advanced level.

With the continuous improvement of the performance of fiber lasers, pulsed lasers gradually expanded from the initial marking to a fine marking, deep carving, drilling, surface cleaning, fine cutting and welding and other complex applications, different materials and processing needs, the laser performance beam pulse energy, pulse width, repetition frequency and other aspects of the proposed different requirements, fiber laser business in these application developers a rich pulse fiber laser product line - Q-switched laser, MOPA pulsed lasers, high-power pulsed lasers , quasi-continuous laser, etc. these products can be used in different applications by selecting different single pulse energy, pulse width, repetition frequency to achieve different materials, different process requirements under finesse, speed and consistency.
In general marking the Q-switched laser to meet most application requirements for accuracy and speed, while in the high-quality fine marking you may need to use a pulsed laser MOPA improve marking fineness and consistency with high-power pulsed lasers the single pulse energy to improve to meet the deep carving, drilling and surface cleaning applications such finesse and speed requirements, and may be in fine quasi-continuous laser cutting, welding, drilling and other applications to replace the traditional YAG laser, improve processing speed and level of technology.