The future of hardware design
DesignXGenie turns plain English into manufacturing-ready 3D CAD — complete with tolerances, materials, and compliance documentation. Design cycles that took weeks now happen in seconds.
Why this matters
Every physical product begins as a CAD file. Yet creating that file is still a painstaking, manual craft — an engineer clicks, constrains, and iterates for days before a single prototype is cut. The gap between an idea and its geometry is where innovation stalls.
Today's AI can write novels and paint portraits, but ask it to design a bracket that bolts to an engine block and survives thermal cycling — it falls apart. The physical world demands a different kind of intelligence, one that thinks in shapes, loads, and shop-floor reality.
What we do differently
We taught machines to read blueprints before we taught them to read prompts. Our models are steeped in the language of manufacturing — GD&T callouts, wall-thickness rules, draft angles, and the hundred quiet constraints that separate a render from a real part.
You describe what you need in plain words. The system returns a fully parametric CAD file — editable, simulation-ready, and annotated with the tolerances your shop floor expects. No mesh cleanup. No guesswork.
Export to STEP, STL, or push directly into Onshape, Fusion 360, and Pi-CADS without leaving your workflow.
Under the hood
Our pipeline isn't a single model with a clever prompt. It's a chain of specialist networks — one parses your intent, another sculpts geometry, a third pressure-tests it against the rulebook of your industry.
The result is a file that already knows the rules: IATF 16949 for automotive, ISO 13485 for medical devices, IPC for electronics. Compliance isn't bolted on at the end; it's baked into the generation itself.
We aren't rendering pretty pictures in three dimensions. We're producing geometry that a CNC machine can cut, a mold can fill, and an assembly line can trust.
Where we operate
Each vertical has its own model, trained on the standards, materials, and failure modes that define its engineering culture.
From under-hood heat shields to Class-A body panels — our automotive model speaks the language of PPAP submissions, crash-load paths, and micron-level tolerances that OEM quality gates demand.
Enclosures that breathe heat away, snap-fits that survive drop tests, and shielding geometries that keep emissions in check — generated ready for injection molding or CNC.
Describe a floor plan in words; receive a BIM-ready model with structural framing, code-compliant egress, and renderable exteriors — all in one pass.
Surgical grips contoured for gloved hands, implant housings sized for sterilization trays, diagnostic enclosures that meet cleanroom rigor — every output traced to ISO 13485.
From words to parts
Each stage is a separate specialist — chained together so you never touch the seams.
Type what you need — a sketch on a napkin or a full spec sheet, we take both
Our language model extracts dimensions, materials, and unspoken constraints
Geometry engines sculpt parametric solids, not triangle soup
Automated checks for wall thickness, draft, and industry compliance
Download STEP, STL, or push straight into your CAD platform
Who it's for
One platform, many starting points
Cut weeks off vehicle programs by generating first-pass geometry the moment requirements land — not after a queue of backlogged designers.
Handle more client briefs without more headcount. Let the AI draft, let your engineers refine — the creative judgment stays human.
Go from whiteboard sketch to testable prototype in a day, not a quarter. Iterate on hardware as fast as you iterate on code.
Give students a co-pilot that shows how real-world constraints shape geometry — the fastest bridge between textbook theory and shop-floor practice.
Team
We've spent careers on factory floors and in research labs — now we're combining both worlds.
FAQ
If you don't find your answer here, hit the demo form and ask us directly.
Fully parametric 3D CAD files — the kind you open in Onshape or Fusion 360 and immediately edit, simulate, or send to a vendor. Not renderings, not meshes, not concept art. Real engineering geometry with dimensions, tolerances, and material callouts already in place.
Those tools think in pixels and tokens. Ours thinks in B-Rep solids, fillet radii, and draft angles. A chatbot can describe a gear; we generate one that meshes correctly, clears the housing, and survives the load. The training data isn't internet text — it's millions of production-proven CAD components.
STEP and STL out of the box, plus native push-to-platform for Onshape, Fusion 360, and Pi-CADS. Your team keeps working in the tools they already know — we just fill the library faster.
No — it replaces the blank-screen problem. Your engineers still own every design decision; the AI just gives them a smart first draft in seconds instead of starting from a rectangle every Monday morning. Think co-pilot, not autopilot.
Absolutely. We fine-tune on your preferred wall thicknesses, fastener libraries, surface-finish specs, and internal templates. After onboarding, generated parts look like they came from someone who's been on your team for years.
Let's talk
Tell us what you build and we'll show you what the AI can draft before your coffee gets cold.
