Fiber laser welding machine is a high-energy laser beam is coupled into the fiber, after the long-distance transmission, collimated by a collimator lens into parallel light, and then focused onto a workpiece laser welding of a welding apparatus. Inaccessible parts of the welding, the implementation of flexible transmission non-contact welding, with greater flexibility. Fiber optic transmission laser welding machine laser beam can be achieved on time and spectral energy can be multi-beam processing, a more sophisticated welding conditions. Bring new capabilities and greater flexibility in this area as more fiber laser welding metals and Kim, which makes many of the leading manufacturers of this vote more attention, particularly in the aerospace field. The Research and Development is the development and fiber laser welding parts in 2D and 3D processes and systems, including low, medium and high-power CW and QCW fiber lasers. Application of metals and alloys have been confirmed, such as 304 stainless steel, titanium (Ti-6Al-4V alloy and Ti-6Al-2Sn-4Zr-6Mo titanium) and nickel-based high-temperature alloys, including Inconel625, Inconel718 and HastelloyX other high-temperature alloys. With its kilowatt average power, wavelength of 1μm with high brightness (beam quality), high-power CW and QCW fiber lasers may provide a new functionality and flexibility of the laser light source. Use metallurgical analysis (section) and X-ray techniques to laser (spot size, laser power, etc.) and processing parameters (protection type of gas, gas flow rate, aspiration method, welding speed, focal position, etc.) and the resulting weld the relationship between the shape and structure. Compared to CO2 laser welding, the advantages of 1μm wavelength fiber lasers include: the use of fiber optic cable without the need for rotating the mirror, which makes the beam delivery easier; even more absorbed by the metal, especially those well-conductive material, such as aluminum, and is formed on the weld pool plasma plume absorb even less; copper. And high power Nd: YAG laser compared higher brightness fiber laser, which means that the laser beam can be focused to required smaller size, which will result in higher power density. These factors contribute to higher than other laser sources penetration and faster welding speeds at the same power. It will also contribute to a more stable welding process in a wide variety of metals and alloys. QQ: 447380394 Tel: 027-85717787 Tamrac Tamrac laser laser www.whhxty.com Alibaba station whtyjg.1688.com Jupiter photoelectric www.muxing360.com