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1500W handheld fiber laser welding machine
Laser Head Control & Gas Control
1. Laser control:
1. Power: 0-100%
2. Frequency: 50-30000HZ
3. Duty cycle: 0-100%
Suggestion: The power selects the appropriate laser power according to different material thicknesses. The frequency is established
3000-5000HZ is recommended. Duty cycle: according to the requirements of welding penetration. When the thin plate does not penetrate the welding, the duty cycle can be appropriately reduced
2. Laser head control:
1. Patterns: Point, Line, Circle, Double O, Triangle
shape, figure 8 (3 new flare modes are added, there are 6 different flare shapes in total
state selection)
2. Frequency: refers to the motor speed (2-46HZms) adjustable, among which
1HZ=10 circle calculation.
3. Width: refers to the spot size, (0.2-5mm) adjustable.
Suggestion: Dot mode: refers to the state where the motor does not swing, and the light spot is the smallest. penetrate
Strong force, can be used for penetration welding, stitch welding, or thicker materials.
Linear mode: refers to swinging a motor to connect the points into a line, which can be adjusted
The width of the direction, the energy density is concentrated, it can have a certain penetrating power to the thick plate, and the
Fillet welding is used for tailor welding.
Circular: 2 motors are oscillated, and the dots are edged into different light spot patterns, which can
Adjusting the diameter, the energy density is uniform, the advantages of thin plate welding are obvious, and the minimum
0.3mm sheet welding. It is used for tailor welding and internal fillet welding.
Double O, triangle, figure eight: two motors swing, the main function is
The hollowness of the spot is reduced, the laser dispersion range is wider, and the sheet is radiated by light.
Larger and more even
3. Gas control: Gas advance and delay are recommended to be set at about 150ms.
Used to protect welding fumes from contaminating the protective lens. Proportional valve, when connected to proportional valve
Gas Percentage control of gas availability.
1500W handheld fiber laser welding machine
Laser Head Control & Gas Control
1. Laser control:
1. Power: 0-100%
2. Frequency: 50-30000HZ
3. Duty cycle: 0-100%
Suggestion: The power selects the appropriate laser power according to different material thicknesses. The frequency is established
3000-5000HZ is recommended. Duty cycle: according to the requirements of welding penetration. When the thin plate does not penetrate the welding, the duty cycle can be appropriately reduced
2. Laser head control:
1. Patterns: Point, Line, Circle, Double O, Triangle
shape, figure 8 (3 new flare modes are added, there are 6 different flare shapes in total
state selection)
2. Frequency: refers to the motor speed (2-46HZms) adjustable, among which
1HZ=10 circle calculation.
3. Width: refers to the spot size, (0.2-5mm) adjustable.
Suggestion: Dot mode: refers to the state where the motor does not swing, and the light spot is the smallest. penetrate
Strong force, can be used for penetration welding, stitch welding, or thicker materials.
Linear mode: refers to swinging a motor to connect the points into a line, which can be adjusted
The width of the direction, the energy density is concentrated, it can have a certain penetrating power to the thick plate, and the
Fillet welding is used for tailor welding.
Circular: 2 motors are oscillated, and the dots are edged into different light spot patterns, which can
Adjusting the diameter, the energy density is uniform, the advantages of thin plate welding are obvious, and the minimum
0.3mm sheet welding. It is used for tailor welding and internal fillet welding.
Double O, triangle, figure eight: two motors swing, the main function is
The hollowness of the spot is reduced, the laser dispersion range is wider, and the sheet is radiated by light.
Larger and more even
3. Gas control: Gas advance and delay are recommended to be set at about 150ms.
Used to protect welding fumes from contaminating the protective lens. Proportional valve, when connected to proportional valve
Gas Percentage control of gas availability.
