2D Cutting
Tube Cutting
3D Cutting
Intelligent Welding
BLT Intelligent Cutting
Industrial Automation
Industrial Software
FSWELD2800
2D Cutting Head
Tube Cutting Head
3D Cutting Head
In the actual machining process, different processes may have to be used for the same figure in sections.
For example, in the figure below, the white round tube is the part to be machined. The circular section of the left cut-off line (section 2~3 in the figure) needs to be added with a coherent hole process, while the other parts are machined normally.
Since splitting a curve results in multiple perforation points in a complete section, the final merge is performed.
To join the broken lines, check <Preserve Original Layers and Technique>, which allows you to merge several segments of split curves into one, and keep each segment with a separately set toolpath (requires TubesT version not less than 1.23.4).
In the actual machining process, different processes may have to be used for the same figure in sections.
For example, in the figure below, the white round tube is the part to be machined. The circular section of the left cut-off line (section 2~3 in the figure) needs to be added with a coherent hole process, while the other parts are machined normally.
Since splitting a curve results in multiple perforation points in a complete section, the final merge is performed.
To join the broken lines, check <Preserve Original Layers and Technique>, which allows you to merge several segments of split curves into one, and keep each segment with a separately set toolpath (requires TubesT version not less than 1.23.4).
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