Print it. Or find it.
Keep printable geometry and purchased components together, with materials, source links, costs, and build notes.
A WORKSPACE FOR PHYSICAL IDEASBig ideas.
Big ideas.
Real parts.
From “what if” to a thing you can hold. Design with your AI agent. Bring parts together. Make the next iteration better.
Your agent. Your projects. Every revision accounted for.
01 — IDEATE02 — ASSEMBLE03 — ITERATE
THE ANATOMY OF AN IDEA
ONE CONNECTED WORKFLOW Printed + purchased parts Pinned assemblies Revision history Mesh exports
BUILT FOR THE WHOLE PROJECTGood ideas deserve
Good ideas deserve
more than a folder.
Your geometry, sourced components, and design evidence belong together. Keep the context that makes the next decision easier.
Every piece in place.
Build reusable subassemblies. Pin each placement to an exact revision, so you always know what you’re looking at.
Test the next iteration.
Check dimensions, clearances, budgets, and supported models. Rerun the same requirements as your design evolves.
Beyond the outer shell.
Bring modeled electronics, wiring, mechanisms, and controls into the same project, with their assumptions and evidence.
A SHORTER PATH TO YOUR NEXT PROTOTYPEYou bring the idea.
You bring the idea.
Your agent brings
it into shape.
- 01
Connect your agent
Sign in, choose your group, and connect an MCP-compatible assistant.
- 02
Describe what you’re making
Your agent creates parts, assembles revisions, and records your constraints.
- 03
Inspect. Test. Iterate.
Review in 3D, compare evidence, and ask for the next change.
AN ITERATION, WITH CONTEXTEXAMPLE
Read the current part and assembly
Create a new part revision
Update the assembly’s revision pin
Rerun the saved clearance contract
BATTERY TRAYRevision 3 Revision 4
Illustrative workflow. Actual test outcomes depend on your design and recorded inputs.
SMALL PARTS. BIG POSSIBILITIES.For the things
For the things
you can’t stop thinking about.
A custom enclosure. A smarter fixture. Your first robot. Give the whole project a home.
01
The weekend invention
Printed parts, bought components, and a prototype worth iterating.
02
The workshop upgrade
Jigs, mounts, enclosures, and fixtures made around your constraints.
03
The connected machine
Keep mechanical, electrical, and control models in conversation.
What can I make with PartShaper?
Fixtures, enclosures, mechanisms, robotics prototypes, and assemblies that combine printed and purchased parts. Start with a physical design brief and let your connected agent create structured parts, assemblies, sourcing notes, and test contracts.
How does the AI connection work?
Connect an MCP-compatible agent using a group-scoped token. Your agent interprets your brief and calls PartShaper’s structured design tools. The browser lets you inspect saved designs, view revisions, and run saved test suites. Your AI service is separate.
Can I export my designs?
Yes. Download exact-revision part meshes and printed assembly STL exports. Review geometry and export warnings before fabrication; an exported file alone does not establish printability, fit, strength, or safety.
Do I need to install CAD software?
The viewer runs in your browser and uses WebGPU for 3D rendering. You’ll need a compatible browser and an MCP-compatible agent for saved design changes. If WebGPU is unavailable, project information remains accessible and the viewer explains the limitation.
Is a passing simulation a verified physical design?
No. Saved tests and supported numerical models provide design evidence within their stated assumptions. Fabrication, fit, electrical safety, mechanical strength, and real-world performance need physical checks. Concept images on this page are illustrations, not validated products.
Less scattered.
More assembled.
Give your ideas a place to take shape.
Start building for free Sign in with Client Explorer. Bring your own MCP-compatible agent.