Fiber-coupled laser marking machine manufacturers and users of the system opened up new prospects. Energy conservation and improve the output, to help cut the flexible sheet metal processing technology, especially in terms significantly improve productivity - with the premise that technology should be interoperable.

In the past decade, laser cutting the piece in the world in the production and processing enterprises as well as batch processing of business applications, and in this respect the relevant international research activities, has experienced considerable continue to develop. With the laser source, laser marking machine technology, process automation and the need to cut all kinds of innovative materials appear followed by a world which is in the economic and ecological change on the various requirements. In the newly organized fairs, such as the Hanover Fair 2010 Euroblech U.S. and international professional meetings such as the Anaheim meeting held Icaleo, can see an impressive laser-cutting aspects of current technology and future trends.

In the past five years, fiber lasers and laser glass appearance, the traditional CO2 laser cutting market is becoming increasingly unstable. According to the different perspectives, system manufacturers, users and research institutions have different response from the face of a threat to traditional markets refused to face the opportunities and will be open, welcomed without reservation. Yunkai to wait until the fog lifted, may still be many years. In the meantime, the new laser is not possible to write off the performance. On the other hand, CO2 laser technology of carbon retained standards still worth attention.

That said, 1μm laser technology, fiber-coupled high-efficiency and high availability systems, including the regulation side, operating costs and maintenance costs reduced, still won the market's attention. Resonator's no time to warm-up loss, the beam guide do not have to supply flushing gas, do not have to do regularly (or irregularly) complement calibration - and on through thick and thin these traditional users of laser technology are powerful argument. Even so, the 1μm fiber-coupled laser system in a large material thickness can be achieved by cutting the quality of the limitations of the cutting is still impassable. However, this technology has been recognized by the market of certain customers, but also through the efforts of ambitious research has repeatedly pushed the larger plate thickness.