Conversational part design
Plain English — geometry, material, holes, loads, fit. No CAD seat required. A 50-stage pipeline and domain guilds resolve a structured, dimensioned part.
Language models guess; Daedalus computes. It parses your intent into geometry, selects a material, applies GD&T to a real datum frame, runs an analytical stress pass against yield, and generates the CNC program — then hands you the evidence.
Plain English — geometry, material, holes, loads, fit. No CAD seat required. A 50-stage pipeline and domain guilds resolve a structured, dimensioned part.
Not decorative callouts: a chosen datum reference frame with feature control frames an inspector can work from, recorded with the design.
An analytical stress pass against real material yield — governing stress, safety factor, deflection — so the geometry is checked, not guessed.
Designs are checked against the foundry's material library and domain codes — API, NACE, AS9100 — not a language model's recollection of a datasheet.
Export the CNC program for Fanuc, GRBL, Haas, LinuxCNC, or Mach3, plus a parametric OpenSCAD model and the full engineering record.
Slicing profiles alongside the CNC path, so the same described part can go to the machine shop or the print farm.
Plain English: geometry, material, holes, loads, fit. No CAD seat required.
A 50-stage pipeline and domain guilds resolve a structured, dimensioned part.
GD&T callouts and analytical FEA against real material limits — stress, safety factor, deflection.
Export CNC G-code, a parametric OpenSCAD model, 3D-print profiles, and the engineering record.
For independent inventors turning ideas into buildable parts. 1,500 design credits, conversational design, GD&T + analytical FEA, CNC + OpenSCAD export.
For product teams and job shops shipping real hardware. 6,000 design credits, competitive design mode, the invention engine, domain codes, and API access.
For engineering orgs and regulated, certified production. Committed capacity, full compliance depth, and the complete engineering record on every part.