A cookbook of real prompts and the parametric OpenSCAD they produced. Copy any prompt into the AI CAD Modeler and you'll get back a render you can iterate on, or paste the code directly to start tweaking.
Snippets using use <BOSL2/std.scad> , use <BOSL2/gears.scad> , use <MCAD/involute_gears.scad> , etc. work without any extra setup — the libraries are lazy-fetched and mounted into the WASM filesystem the first time a snippet references them, then cached for the rest of your session. Other libraries (NopSCADlib, Round-Anything, …) aren't bundled yet — inline the helpers or use desktop OpenSCAD.
The "hello world" of parametric CAD. Two perpendicular plates with mounting holes on each.
A box with internal standoffs for a PCB, M3 brass-insert bosses, and a sliding lid.
Real involute teeth, parametric tooth count + module, bore + keyway, chamfered faces. Powered by BOSL2 — mounted into the editor automatically on first use.
The full BOSL2 source (56 .scad files, ≈ 4 MB raw / ≈ 1 MB gzipped) is fetched the first time the editor sees use <BOSL2/…> or include <BOSL2/…> . Subsequent renders re-use the cached bundle for the rest of the session, so iteration on the gear is instant.
Vase-mode-printable single wall, hexagonal profile twisted around Z.
2×1 footprint, 3U tall, single cavity, magnet holes on the base. Compatible with the Gridfinity ecosystem.
The real Gridfinity standard has a precise tapered base profile that mates with baseplates. This example renders a hollow bin with the right footprint and magnet pattern — perfect for a first iteration. Ask the agent: "Add the standard Gridfinity base profile (0.8 mm + 1.8 mm + 2.15 mm tapered chamfers)" to extend it.
This cookbook grows as we ship. Want a recipe added? Ask us , or just generate the part with the agent and share the prompt with the community.
You'll get a parametric model back in seconds — render, tweak, export. Save your version to your history; share the prompt with the world.