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There is a connection node of H-beam in Tekla as shown in the figure. The flange of the H-beam has holes very close to the web:
Potential consequences of non-standard tubes:
① Laser beam deviation: The laser beam may strike the web plate of the H-beam, causing incomplete cutting or failure to sever the material
② Slag accumulation: Even if the beam avoids direct contact with the web, molten slag can adhere to the web surface, blocking the cutting seam and preventing full penetration of the work piece.
① Enable the "Optimize H - beam flange toolpaths" in the "pre - processe". Then, the tool paths of the parts imported later will be automatically processed.
② In the pull - down menu, click "Optimizaze H - beam flange toolpath" to perform batch processing on the parts that have already been imported.
① Optimization Range
The tool paths within Z mm on both sides of the web are considered tool paths close to the web and need to be optimized.
② Optimization Content
There are two optimization methods in total: offsetting the tool path and adjusting the contour vector. These two methods can be used simultaneously.
a. Tool Path: Move the tool path outward. The outward movement distance can be set.
b. Contour Vector: Tilt the pipe during processing. The rotation angle of the B - axis is the rotation angle of the chuck.
③ Application Range
The software provides a variety of application ranges:
There is a connection node of H-beam in Tekla as shown in the figure. The flange of the H-beam has holes very close to the web:
Potential consequences of non-standard tubes:
① Laser beam deviation: The laser beam may strike the web plate of the H-beam, causing incomplete cutting or failure to sever the material
② Slag accumulation: Even if the beam avoids direct contact with the web, molten slag can adhere to the web surface, blocking the cutting seam and preventing full penetration of the work piece.
① Enable the "Optimize H - beam flange toolpaths" in the "pre - processe". Then, the tool paths of the parts imported later will be automatically processed.
② In the pull - down menu, click "Optimizaze H - beam flange toolpath" to perform batch processing on the parts that have already been imported.
① Optimization Range
The tool paths within Z mm on both sides of the web are considered tool paths close to the web and need to be optimized.
② Optimization Content
There are two optimization methods in total: offsetting the tool path and adjusting the contour vector. These two methods can be used simultaneously.
a. Tool Path: Move the tool path outward. The outward movement distance can be set.
b. Contour Vector: Tilt the pipe during processing. The rotation angle of the B - axis is the rotation angle of the chuck.
③ Application Range
The software provides a variety of application ranges: