Turn a plain-language idea into an editable B-Rep solid. Revise dimensions and features, then export STL for your slicer or STEP for downstream CAD.
Nora3D is the shortest path from intent to a useful first solid. It starts the model for you, then gives control back through editable features, direct CAD tools, and standard export formats.
Describe the part, dimensions, and constraints you care about. Nora3D turns that brief into an editable solid instead of leaving you at an empty sketch.
Revise the same model with a follow-up prompt or hands-on CAD tools. Inspect critical dimensions, clearances, and fit before you manufacture or print.
Start on your phone, refine on a tablet, or work in the browser. Export STL for printing or STEP when the job needs a heavier CAD workflow.
Nora3D handles the prompt → solid → revision → export loop. When the job moves into CAM, simulation, or enterprise PDM, hand off a STEP file to the engineering tools you already trust.
Start with the part you need, including useful dimensions and constraints, rather than first translating intent into CAD commands.
Find reusable components and common starting points for brackets, clips, enclosures, and other functional parts.
Start a design on your phone, refine it on a tablet, and export from the browser without rebuilding the project.
Bring in STEP or STL files, make the supported edits you need, and export the updated model back into your workflow.
Inspect the model and confirm critical dimensions, clearances, and orientation before slicing or downstream CAD work.
Use a hand-drawn outline as another way to communicate intent, then refine the resulting CAD with dimensions and features.
Start with the requirement. Keep control of the geometry. Finish in the tool that fits the next job.
Tell Nora3D what you want to make in plain language — or sketch it by hand
Nora3D builds an editable first solid — keep refining it with prompts or direct CAD tools.
Export STL directly to your slicer, or STEP to continue in SolidWorks or Fusion 360.
Nora3D helps small, hands-on teams move from a real requirement to an editable part they can print, test, and improve.
Turn a replacement part, organizer, or workshop jig into editable CAD. Check the fit, adjust dimensions, and export STL to your slicer.
Build repeatable product variants without redrawing every SKU. Refine wall thickness, clearances, and mounting details before listing a print.
Get concepts, fixtures, and prototype parts into a reviewable solid sooner. Export STEP when the work needs to continue in your existing CAD stack.
30 free AI generations each month — and right now, Pro is free too. We're in early access: your prompts, failed generations, and model requests help us build a better AI CAD engine.
For makers getting a part into the slicer
For frequent builders and small teams
Why free? We're improving our AI CAD and want your real-world usage — failed generations, prompts, and model requests all help us train a better engine. So Pro is 100% free during early access.
Nora3D is for functional geometry you expect to revise. It creates an editable B-Rep solid, while visual 3D generators are usually designed for appearance-first mesh assets.
Nora3D starts and iterates the part. For complex CAM, simulation, certification, or enterprise PDM, continue in the specialist tools your team already uses.
Everything you need to know about AI CAD with Nora3d
Guides, comparisons, and industry perspectives on AI CAD, text-to-CAD, and 3D printing workflows.
Learn how to design stronger 3D-printed snap fits with the right geometry, print orientation, material, relief, and test coupons - and where text-to-CAD fits.
Learn how to keep text, dimensions, colors, and print features editable in a repeatable CAD workflow - and where text-to-CAD can reduce rework.
For 3D printing, the best text-to-CAD workflow usually needs editable CAD plus printable mesh output. Learn when to use STEP, STL, and 3MF, and where Nora3D fits.
For 3D printing, the best text-to-CAD workflow creates editable parametric CAD, not just a one-shot STL. Learn how AI CAD fits with OpenSCAD, build123d, Shapr3D, Onshape, and Fusion.
Start with a prompt, inspect and refine the B-Rep solid, then export STL to print or STEP to continue in your CAD workflow.
Free to start · No install · Web, tablet, and phone supported
