Making a DXF for Laser Cutting

As you ​prepare your drawings for laser cutting, here are a few guidelines to help you get accurate pricing and avoid warnings and errors from our automatic quoting system:

  • Remove all dimension lines, tables, and outlines that shouldn't be cut

  • Make sure that all text is converted to outlines

  • Make sure that there are no overlapping or open contours

  • Don't add fills or 3D features to your DXF

Creating a DXF for Laser Cutting

So how do you actually create a DXF that is ready for laser-cutting? Any CAD program should be able to export a DXF from a sketch or from design geometry. Here are some options:


Fusion 360

Free, fairly capable, and built by Autodesk, Fusion 360 is our preference. Fusion 360 has a handful of eccentricities that make it interesting to use, but once you get the hang of it, it's hard to beat the price!



Free, and a DXF-native editor. That means it saves its own files in DXF format from the beginning. The editor feels old and clunky, but it is a capable tool.


Was free, but may not be anymore. OnShape is a cloud-based CAD platform that we've used in the past. It is very easy to select a surface in OnShape and create a sketch from it for export.


Powerful but expensive, SolidWorks is more or less an industry standard engineering tool.


Adobe Illustrator can be used to export DXFs, and is our method of choice for preparing cut-ready files from artwork. The DXF outputs from Illustrator aren't necessarily going to be cut-ready right away, and sometimes it takes a little extra work in CAD to set it up.

There are other software tools that can be used to prepare a drawing for laser cutting. CAD programs are almost always going to produce better, more accurate drawings than art-centric tools like Illustrator, but CAD doesn't offer tools for creating vector drawings from raster images, like your company logo.


We have some exciting projects in the works that will make it very easy to turn your artwork into cut-ready drawings. Stay tuned for more!