It is important to verify that the start and end points of the polyline are closed, forming a complete outline. This ensures that the geometry contains a sequence of continuous elements.
This is one of the most frequent reasons of errors importing parts for other systems.īest practice: Turn all parts in polylines.
#Laser cut 6.1 software#
Although apparently the design represent a closed contour, there is a point that should attach a line and an arc are not connected, but in this context it is not visible.įor a software nesting or even for a CAD software, this set of lines and arcs do not form a closed geometry. This applies to the outer contour (profile) and the internal contours (holes, slots etc). The result is that the outline of the play will not be really a closed geometry in the eyes of the cutting plans software, causing errors in the interpretation of these files.Įach element in the DXF file needs to have its two vertices connected to other geometries, forming a closed figure. But it is very common to happen of the vertices that connect these geometries are not exactly at the same point. Most of the cutting plans software can interpret the lines and arcs that are contained in the archives DXF. Separate a list with 6 tips to facilitate this work and keep files organized for nesting.
DWG etc.), you need to respect some rules so that the nesting optimizer can correctly interpret the geometry of the part to be cut. Before laser cutting your most recent creation using a fancy CAD programs (.
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