Fiber laser cutting machine is equipped with different cooling systems

The fiber laser cutting machine is equipped with different cooling systems for different power lasers to ensure the normal operation of the lasers. At the same time, according to the working radius of the robotic arm and the size of the workpiece to be processed, a suitable length of the operating fiber transmission laser must be selected to meet the cutting requirements of the customer. The effect is of great help. Three-dimensional laser cutting principle. After the laser is produced by the laser, it is transmitted by the reflector and irradiated on the processed item through the focusing mirror. The choice of fiber depends on the thickness of the metal sheet. Different fiber laser powers are used. The power of the three-dimensional cutting fiber laser is generally divided into auxiliary Gas requirements The auxiliary gas used by the 3D fiber laser cutting machine is 99.99% oxygen. This way, the cutting accuracy, speed and cutting section of the 3D fiber optic fiber laser cutting machine are characterized by high flexibility and especially suitable for small batches of 3D sheet metal cutting. . Its high flexibility is mainly manifested in two aspects: strong adaptability to the material, the laser cutting machine can basically cut any plate through the CNC program. Second, the processing path is controlled by the program, and if the processing object changes, it only needs to be modified. The program is enough, this is especially obvious when the parts are like edges and holes. Because the trimming die and punching die are incapable of processing other different parts, and the cost of the mold is high, the three-dimensional laser cutting in front of the ear can replace the repair The trend of side dies and punching dies.

Generally speaking, the design and use of three-dimensional machining of fiber laser cutting machine is more complicated, but the cutting speed of the machine system is not applied to the processed plate during laser processing. Because of the operating cost of fiber cutting The cost is lower than that of a common carbon dioxide cutting system, so this can be understood as an increase in output and a decrease in commercial costs. The mirror needs maintenance and calibration, and the resonant cavity needs regular maintenance. On the other hand, the fiber laser cutting solution hardly needs any maintenance.