Translate visual sketches, voice prompts, and specifications into production-grade, mathematically-exact 3D solid CAD geometry and associative 2D manufacturing drawings instantly.
Create clean, high-quality 3D designs that you can open directly in standard industry CAD software or send straight to a 3D printer and manufacturing tools.
Experience game-changing speed. The highly optimized design engine takes you from a raw idea to a complete, mathematically-exact design in just minutes, keeping you in the flow.
Upload a photo of a physical part or a hand-drawn napkin sketch, and watch it turn directly into a clean, editable 3D design ready for modification.
Simply type or speak your design instructions. The platform understands sizes, shapes, and features to construct your models instantly.
Upload visual design sketches or part photos. Telosolid analyzes outlines, features, and alignment to bootstrap exact 3D models.
Download your finished designs in universal file formats, ready for standard 3D modeling, 3D printing, or vector blueprints.
Assemble multiple design components together smoothly, ensuring that different moving parts connect, fit, and align perfectly.
Check the strength and stability of your parts instantly in your browser to see how your design handles pressure and heat without needing expensive testing software.
Automatically generate and sync detailed 2D paper drawings from your 3D models, complete with precise measurements and manufacturing details.
Telosolid is built on a custom foundation designed to disrupt the future of mechanical engineering. Our architectural roadmap focuses on four proprietary pillars of IP:
Tracks geometric face and edge signatures (normals, areas, adjacency vectors) to maintain robust model history. Allows AI to make edits without breaking downstream sketch mappings.
Translates complex system prompts into structured kinematic graphs (joints, hinges, mates), enabling generative AI to build functional multi-part mechanical assemblies.
Performs real-time, cloud-free finite element analysis (FEA) directly in the browser to optimize topologies and verify structural stress constraints dynamically.
Automatically derives associative 2D manufacturing drawings (DXF/PDF vector views) from 3D models with AI-placed dimensions and geometric tolerances.
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Constructing solid geometry in the design kernel
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