Safety, Engineered by the AI
You never run an engineering check yourself — the AI does. As it designs, the AICAD-X Safety Envelope Engine automatically validates every part against material stress limits, load cases, manufacturing constraints, and fatigue life, and the AI revises the design until the checks pass.
No engineering work for you to do
Tell the AI what the design must handle in plain English \u2014 “it needs to hold 120 kg”, “it will be CNC-milled in aluminium”, “it vibrates constantly” — and it feeds those requirements into its safety validation automatically. If a check fails, the AI redesigns the part and validates again before showing you the result.
What the AI validates on every design
Material Stress
Every design is checked against the material’s yield and ultimate strength limits with engineering safety factors, using the platform’s materials database.
Load Cases
Static, dynamic, cyclic, and impact loads are validated with appropriate multipliers and safety factors for how the part will actually be used.
Manufacturability
Wall thicknesses, hole sizes, draft angles, and overhangs are verified against the constraints of six manufacturing processes — CNC milling, FDM, SLS, casting, injection molding, and sheet metal.
Fatigue Life
Cyclic loading is assessed with the industry-standard modified Goodman diagram, estimating fatigue life against the design’s target cycles.
6 Manufacturing Processes
CNC milling, FDM, SLS, casting, injection molding, sheet metal \u2014 each with process-specific constraints the AI respects.
4 Load Types
Static, dynamic, cyclic, and impact loads with appropriate multipliers and safety factors, applied by the AI.
Modified Goodman Diagram
Fatigue life estimation using industry-standard mean stress correction for cyclic loading.
Clear pass/fail verdicts
The AI reports each validation with a plain pass/fail verdict and an explanation of what it checked, so you always know the design it hands you has been engineered to hold up \u2014 without touching a single formula.