Woodworking engraving machine processing path optimization and setting method
?? During the use of woodworking engraving machine, we often need to optimize the engraving path, so that we can achieve better engraving effect slowly. The following is a simple sharing of engraving settings.
?? In the engraving software, the user can edit and modify the generated 2D path. When editing, first select the path graphic we need to edit, and then click “Engraving Path Edit” under “Path Calculation”, the toolbar of the engraving path editing will appear, and the path to be edited will be selected. Can be used), edit and modify.
The first item of the toolbar is to define the starting point, and the starting point of the engraving can be arbitrarily specified in the engraving path; the second item is the reverse order, that is, the selected path is changed to the opposite direction; the third item is disconnected, utilizing This function can increase the position of the ribs arbitrarily; the fourth item is sorting, which can sort the selected paths in order; the last item is saved, but we must not forget to save after we modify it. After the woodworking engraving machine, you should first simulate the preview to avoid errors.
?? How to set the engraving start position of the engraving machine, the starting position is mostly set in the lower left corner or the center, manually move the knife to the required starting point to set the program path of the CNC engraving machine.
?? First set the starting point, you can define any point in the engraving path of the CNC engraving machine as the starting point of the engraving path to change the position of the falling point during machining. We can adjust the starting position according to the requirements of the machining process. The second is to set the path reversal, and change the engraving path of the selected CNC engraving machine to the opposite direction, so that the machining direction is consistent with the texture of the processed material. Make the processing effect more perfect. Once again, design the arc fit. For tool paths and machining calculations, the results obtained using the arc curve are better than the short fold lines. It can significantly reduce toolpaths, save machining time, and make the machined curve smoother.
Finally, the ribs are set: the ribs are set to avoid the damage or processing error of the machined parts caused by the movement of the object before the end of the machining, and the workpieces are not completely disconnected. Manually separate them after the end. We can make the material reinforcement in the position where there is no processing requirement.
