Bridging natural language requirements and shopfloor fabrication. Automatically convert engineering prompts and dimensional hand sketches into parametric 3D CAD models (STEP/DXF) with automated Design for Manufacturing (DFM) verification.
Drafting standard mechanical components, brackets, flanges, and fixtures consumes extensive hours of senior CAD engineers' time. When designs move to CNC machining or sheet metal fabrication, subtle design-for-manufacturing oversights (unreachable internal radii, non-standard tool clearances) cause tool breakages, machine downtime, and costly material scrap.
MTI's engineering software automates parametric drafting and pre-machining verification to guarantee manufacturability before chips fly.
Translates functional engineering prompts (e.g. "Create an aluminum mounting bracket 120x80mm with four M8 counterbore holes and 5mm thickness") into deterministic Python CadQuery scripts that generate exact mathematical solid models.
Algorithms evaluate 3D geometry against CNC machine tooling constraints, identifying deep pockets requiring extra-long endmills, inaccessible corners, or insufficient wall thicknesses.
Connect with our computational geometry engineers to review automated parametric modeling for your parts catalog.
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