DXF file can now be used on the laser cutter. Step 2: Select your design, then click Path -> Object to Path. You may need to zoom in to see your file! Step 1: Open Inkscape and Import your saved. One way to do this is to use the free software, Inkscape. If you are using a laser cutter in your school, maker space, hackspace or library. What happens next will depend on the laser cutter you are going to use! SVG file that you haven't noticed, or it might not be the right size, or.Ĭardboard is cheap, and a fantastic prototyping material. We recommend always cutting your first version out of cardboard - there might some strange things in your.

SVG file, you are almost ready for the laser cutter! Once you have designed something that you are happy with, and checked the downloaded. SVG file that looks correct to you, before bringing us your design. Note: if you are in one of our workshops, make sure that you follow all of the steps to export an. Please share your designs with us, we'd love to see what you come up with! Note: this does not contain any information on physically using the laser cutter. This Instructable will guide you through designing your first laser cuttable project in Tinkercad. You are probably here because you don't want to design for a 3D printer, or because your project is more suited to a laser cutter.ĭesigning for a laser cutter requires a slightly different way of thinking about your model, which isn't quite as intuitive. If you haven't tried designing for a 3D printer before, we recommend that you work through Tinkercad's excellent tutorials: By rotating around your model, you can see how it connects together, and check for awkward overhangs! With a bit of practice, it is easy to design for a 3D printer. You might be reading this from one of our workshops right now! We use it regularly to quickly design demos and props, as well as guide and encourage people to use it in our workshops. Tinkercad is a great, easy to get started with, computer-aided design (CAD) program.

Tinkering cad