AI design copilot
Design by conversation. Verified by the engine.
Chat with a copilot that speaks spring engineering. Ask for a spring in plain language, question your current design, or paste requirements and attach a drawing, photo or CAD file. The AI only converses: every proposal is re-verified through the studio's real calc engine before it is applied, valid changes land as one undoable step, and answers come back with real engine charts, not generated numbers. There is even a machine chat: ask a CNC machine's spec sheet whether it can run your part.
- Plain-language design chat with attachments: drawings, photos and CAD files
- Every proposal re-verified by the real calc engine, applied as one undoable step
- Answers illustrated with live engine charts: load-deflection, stress and fatigue
- Ask the machine: Q&A grounded in the machine's spec sheet and your current design
More in the Studio
Real-time 3D editor
Grab handles on the spring and reshape it directly — geometry rebuilds live, with zero lag.
→Stress & fatigue simulation
Apply load and watch stress colors, deflection and safe limits — plus cyclic fatigue life with a Goodman margin.
→Inverse design
Enter the loads and travel you need, even two operating points at once, and the studio solves the geometry and material for you.
→Optimizer & design reuse
Set goals and limits and the optimizer sweeps thousands of candidates; the reuse search finds springs you already make that fit.
→Fifteen spring families
Compression to torsion, conical to wave, belleville, constant force, garter and free-form wire parts: fifteen families, each simulated in 3D.
→Standards-based engineering
Spring rate, index, Wahl factor, natural frequency and EN 15800 tolerance grades — shown, not hidden.
→Your language, currency & units
Work in Portuguese, English or Italian, price in R$, € or US$, and design in metric or imperial.
→Wire forms & CNC former
Design clips, hooks, rings and brake springs as a feed-bend-coil program — then watch a camless wire former run it.
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