To make the first file we shifted the model slightly down to make sure we had a good intersection of the overall design with the workplane, then exported to SVG. In this example we had to create two SVG files: one for the outline of the clock and one for the numbers and hour marks. Here’s an example using one of our procedurally-generated clock designs: This will produce an SVG file that matches the layer of the STL file that you intersected with the Workplane. Move the model up or down so that part of the model intersects the Workplane, then export to SVG format. To start, import any STL file to Tinkercad. In this post we aren’t going to talk about any of that, but rather how to create a 2D-laser-cuttable SVG file from a 3D-printable STL file using the free online in-browser modeling program Tinkercad. Ideally you should save this 2D information in some kind of vector graphics format such as SVG. You could download a picture from the internet, draw something yourself, or create an image in a program like Illustrator or Inkscape. To make files for laser cutting, you need two-dimensional information.
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