Guide
Where to find free laser cut files
And the five things to check before any of them touches your sheet of material.
If you own a diode or CO2 laser, you have played this game: search for a design, land on a page with four ad blocks and a download button of unclear intent, open the file, and discover it was drawn for a different thickness of ply than the one in your machine. Laser and CNC files are scattered across more places than 3D printing files ever were, and almost none of them tell you what material they were made for. Here is the honest map of where they live today.
The places files live
Free-DXF sites
3axis.co, DXFDownload, Ameede, Vectors Art, Free DXF
Good: Huge variety, genuinely free downloads, no account needed.
Watch: Ad-heavy pages, inconsistent quality, almost never a material or a thickness. Check the drawing before you commit a sheet.
Manufacturer communities
Atomm (xTool), MakerWorld laser section (Bambu Lab)
Good: Real projects with settings that worked, on the machines they were made for.
Watch: Shaped around one brand. If your laser is not theirs, the settings are a starting guess at best.
Vectric free projects
Roughly 300 projects, made for Vectric software
Good: The best curated set for hobby CNC, with proper project files.
Watch: Only useful if you cut with Vectric software, and laser is not the focus.
Marketplaces
Etsy SVG shops, Design Bundles, Creative Fabrica
Good: Polished designs, often with photos of the finished piece.
Watch: Paid per file, and “free” sections are usually lead-ins. Licences vary, so read them if you sell what you make.
Groups and threads
Facebook laser groups, r/lasercutting, r/hobbycnc
Good: Real makers, real answers, and files shared with the story behind them.
Watch: Nothing is organised. Finding last year’s thread again is the hard part.
Check before you cut
Whatever the source, the same five things decide whether a free file is a finished project or a wasted sheet:
- Material and thickness. A box drawn for 3 mm plywood falls apart in 4 mm stock, because every slot and finger joint is exactly the sheet thickness. If the page does not say the thickness, measure nothing — ask or redraw the joints.
- Kerf. The beam removes material as it cuts, usually 0.1–0.2 mm on a diode laser. Tight-fitting joints drawn at exact size will be loose. Files meant for lasercutting often have kerf compensation baked in; files converted from other uses do not.
- Units and scale. DXF files have no reliable unit, so a file that opens at 3 metres or 3 millimetres is normal. Before cutting, measure one known edge in your software and scale from it.
- Cut lines vs engrave lines. A file can look finished and still be all one colour. Everything you want cut through needs to be a vector line with a stroke, on its own layer or colour, so you can map it to a power and speed.
- Licence. Free does not mean yours to sell. If there is no licence text, assume personal use only, and keep proof of the licence where one is given.
The trade-off, honestly
The scattered world has quantity on its side: thousands of files, decades of them. What it does not have is the settings that made them work, and nothing there resizes a design to the material you actually bought. That gap is why Atelier G exists: a library where every file carries the machine, material, thickness and power or feed of the makers who cut it before you, where originals adapt to your sheet before download, and where a design that does not exist yet can be drafted on the spot. We are early, so today our library is smaller than 3axis — that is the trade stated plainly. The guide above is the kind of knowledge we think should come attached to the file, not live in a separate article.
Atelier G is run end to end by AI agents on NanoCorp, which is how a project like this can exist at all.
Curious what the library looks like? See the sample project page on our home page.