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Welder Process Parametre
Special note: The following parameters are for reference only, parameter changes are mainly adjusted according to the laser power and material welding method and width, the thinner the plate the lower the power, vice versa. Under normal circumstances, the laser head control parameter line is suitable for diagonal welding and positive Angle welding, and the O type is basically suitable for most welding.
Line proces parapmeter
Linear proces parapmeter
  • Material Material thickness
    and welding method    		 LASER PARAMETER NOZZLES PARAMETER
    POWER（W） FREQUENCY（Hz） DUTY CYCLE MODE FREQUENCY（Hz） WIDTH（mm）
    Stalnless Plate 0.5mm Internal Angle Welding ≈300W 3000-5000 60%-80% Linear 12—22 1.2—1.8


    PICTURES

    PICTURES

    According to the width of the plate weld seam to adjust the width of the vibration mirror swing

    laser power use is proportional to the thickness of the plate, the thicker the plate laser power is greater, the vice versa.

    The parameters of the thin plate less than 1.0 are different, and the duty cycle parameters of the laser are changed according to the different degree of the thin plate. The duty cycle parameters mainly affect the welding strength of the thin plate. It is usually suitable for diagonal welding and joint welding. The frequency of the welding torch is between 4-20, and the power of different plates can be slightly adjusted. The oscillating width of the cathode Angle welding mirror should not be too large, the smaller the moving width, the stronger the energy and the deeper the melting

  • Material Material thickness
    and welding method    		 LASER PARAMETER NOZZLES PARAMETER
    POWER（W） FREQUENCY（Hz） DUTY CYCLE MODE FREQUENCY（Hz） WIDTH（mm）
    Stalnless Plate 0.5mm Internal Angle Welding ≈300W 3000-5000 60%-80% Linear 12—22 1.2—1.8


    PICTURES

    PICTURES

    According to the width of the plate weld seam to adjust the width of the vibration mirror swing

    laser power use is proportional to the thickness of the plate, the thicker the plate laser power is greater, the vice versa.

    The parameters of the thin plate less than 1.0 are different, and the duty cycle parameters of the laser are changed according to the different degree of the thin plate. The duty cycle parameters mainly affect the welding strength of the thin plate. It is usually suitable for diagonal welding and joint welding. The frequency of the welding torch is between 4-20, and the power of different plates can be slightly adjusted. The oscillating width of the cathode Angle welding mirror should not be too large, the smaller the moving width, the stronger the energy and the deeper the melting

  • Material Material thickness
    and welding method    		 LASER PARAMETER NOZZLES PARAMETER
    POWER（W） FREQUENCY（Hz） DUTY CYCLE MODE FREQUENCY（Hz） WIDTH（mm）
    Stalnless Plate 0.5mm Internal Angle Welding ≈300W 3000-5000 60%-80% Linear 12—22 1.2—1.8


    PICTURES

    PICTURES

    According to the width of the plate weld seam to adjust the width of the vibration mirror swing

    laser power use is proportional to the thickness of the plate, the thicker the plate laser power is greater, the vice versa.

    The parameters of the thin plate less than 1.0 are different, and the duty cycle parameters of the laser are changed according to the different degree of the thin plate. The duty cycle parameters mainly affect the welding strength of the thin plate. It is usually suitable for diagonal welding and joint welding. The frequency of the welding torch is between 4-20, and the power of different plates can be slightly adjusted. The oscillating width of the cathode Angle welding mirror should not be too large, the smaller the moving width, the stronger the energy and the deeper the melting