2D Cutting
Tube Cutting
3D Cutting
Intelligent Welding
Intelligent Cutting Head
Industrial Automation
Industrial Software
Combination
Controller
Combination
Combination
Controller
2D Cutting Head
Tube Cutting Head
3D Cutting Head
Problem Description
There may be burns on parts end near the section in actual production, for example:
As shown in the picture, the burn occurs near right cut-off line, which means the laser beam burns it during part’s falling when the last cutting path is finished. According to the factors above, we provide three methods to solve it.
In TubePro, Layer, you can enable Slow Stop process to set specific cutting parameters for cutting path near the part end.
Slow Lead: The distance applied this special parameters.
Speed: Cutting speed for this section.
Precise Adjust: Enable it to adjust Duty Cycle and Frequency for this section of cutting path.
You’re allowed to apply Leadouts Process on right cut-off line of the parts, but if the parts are Co-Edged during the nesting, Leadouts process will get invalidated on co-edged cut-off lines, you’d better try other methods to solve the burns.
You can also add proper Gap on the cut-off line to get this effect eased.
Modify the Power Curve in Layer Parameters appropriately, for example, you can lower the laser power when the machine is at a relative low speed of cutting.
Comparison
(Leadouts applied on the right part)
(Slow Stop applied on the left part)
Problem Description
There may be burns on parts end near the section in actual production, for example:
As shown in the picture, the burn occurs near right cut-off line, which means the laser beam burns it during part’s falling when the last cutting path is finished. According to the factors above, we provide three methods to solve it.
In TubePro, Layer, you can enable Slow Stop process to set specific cutting parameters for cutting path near the part end.
Slow Lead: The distance applied this special parameters.
Speed: Cutting speed for this section.
Precise Adjust: Enable it to adjust Duty Cycle and Frequency for this section of cutting path.
You’re allowed to apply Leadouts Process on right cut-off line of the parts, but if the parts are Co-Edged during the nesting, Leadouts process will get invalidated on co-edged cut-off lines, you’d better try other methods to solve the burns.
You can also add proper Gap on the cut-off line to get this effect eased.
Modify the Power Curve in Layer Parameters appropriately, for example, you can lower the laser power when the machine is at a relative low speed of cutting.
Comparison
(Leadouts applied on the right part)
(Slow Stop applied on the left part)