Lattices, graded cores and booleans that never fail, wrapped around real bolt holes, true cylinders and a drawing your supplier can inspect against. One body, one licence, driven by an AI agent.
Lighter than solid, every load case carried, and the bolt bores, pin bore and sealing face stay true geometry in the STEP.
See it →A two-fluid gyroid core that removes 515 W against 482 W required, with exact SAE flanges and zero leak paths between the fluids.
See it →Curved exact skins with a lattice core that follows the curve.
See it →8.7x smaller, and every bolt hole still exact. Send your supplier the hybrid file and they get a solid that opens in any CAD, holes you can dimension, and a part you can edit.
One field, exported as a mesh
Exact bolt faces, lattice where it counts
"I need a motor mount for a 2207 drone motor on a 30.5 mm stack, 4x M3 each side, as light as possible, printable in nylon on an FDM printer. Keep the bolt faces solid."
| Capability | Implicit-first tools | NativeCAD |
|---|---|---|
| Optimised organic result becomes an editable feature tree | No | Yes |
| Exact analytic faces kept beside the lattice on one body | No | Yes |
| Toleranced drawings with GD&T and PMI | No | Yes |
| Runs without a GPU workstation | No | Yes |
| Native CAD exchange of the exact part (STEP AP242 and native B-rep formats) | Partly | Yes |
| DFM checks for AM (powder traps, supports) | Partly | Yes |
| AI-agent surface with coded refusals and certificates | Partly | Yes |
| Capability | Implicit-first tools | NativeCAD |
|---|---|---|
| Strut (beam) lattices | Yes | Yes |
| Sheet / TPMS lattices (gyroid, primitive, diamond) | Yes | Yes |
| Two-fluid TPMS heat-exchanger core | Yes | Yes |
| Conformal lattices following curved skins | Yes | Yes |
| Topology optimisation feeding lattice or solid | Yes | Yes |
| Homogenised lattice properties for simulation | Yes | Yes |
| Booleans that never fail on 10k+ struts | Yes | Yes |
| Beam-lattice 3MF export (KB not MB) | Yes | Yes |
| Mesh export (STL / 3MF / glTF / USD) | Yes | Yes |
| Printer slice / build-file handoff | Yes | Yes |
| Scripting / API automation | Yes | Yes |
Bring a bracket, a housing or a heat exchanger. Get the lattice and the exact part around it, in one file set.
A two-fluid gyroid core with no leak path between the fluids, exact flanges and a toleranced drawing.
515 W vs 482 W required Conformal panel
A doubly curved nacelle panel with exact skins, countersunk fastener holes and a lattice that never clips.
4.4× lower peak strut stress Metal print prep
Orientation, supports and a full build plate chosen automatically, then graded by an independent checker.
94.8% of overhangs held up FEA loop
Stress and vibration results from the same AI session that built the part, with the peak and its margin.
6 designs solved in FEAFree for education and makers with a registered key · $200 per seat per year · Kernel SDK for products.