![]() I don't like this method but Iĭon't know better. You need to experiment and learn as there are many things that could go wrong. Open that file with Mach3 and you should be good to go Then click on Save Toolpath icon (flopy diskette), select Post Processor (Mach2/3 Arcs (mm)(*.txt))Īnd click "Save Toolpath(s) to File" button, give it a name and click Save button.ħ. "Create Drilling Toolpath", select Start Depth, Cut Depth (drilling), drilling tool and click Calculateīutton. Select all the holes with mouse and click on icon With tooltip "Switch to toolpaths tab" (arrow to the right). Write Thickness of material and click OK. Click File > Open and browse forįile cam.dxf that you saved before, and click Open. Next I use Cut2D version 1.100 ( Vectric - CNC Software Solutions - Wood Carving - Engraving - Signmaking - Routing - Machining) to open DXF file. Close CAMtastic window without saving as we don't need it anymore.Ħ. Click File > Export > DXF, than click Save. Now you sholuld see your holes mirrored.ĥ. Than it asks to delete old objects, click Yes. Then click in any point to Select First point of Mirror Line, clickĪgain to Select Second point of Mirror Line (I click anywhere to make vertical line). To do that click Edit > Mirror then select every pad in the drawing. Here I want to mirror the holes because I want Now you see Altium's built-in CAM editor called CAMtastic. Make sure to select Units - Metric, Digits - 4:2, Type -Ībsolute, Zero Suppresion - None. New window will open "Import Drill Data". click File > Fabrication Outputs > NC Drill Filesįor Units, select Millimeters, Format 4:2, Keep leading and trailing zeroes and Reference to relative originģ. click Edit > Origin > Set and click on one reference pad you want to be starting pointĢ. ![]()
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