AI Jewelry 3D Modeling Platform

I’m developing an AI-powered system that turns design inputs into production-ready 3D models of rings, necklaces, and earrings. The platform’s sole focus is top-tier 3D modeling—the resulting meshes must be high-resolution, photo-realistic, and capture every prong, pavé, and micro-detail that a bench jeweler would expect.

You’ll architect the full pipeline: training or integrating the AI model, handling geometry generation, applying physically-based materials, and exporting clean meshes (STL/OBJ/FBX) that slot straight into CAD/CAM or rendering tools such as Blender, Rhinoceros, or Maya. I’m open to TensorFlow, PyTorch, or a custom approach, so long as quality and stability match fine-jewelry standards.

Deliverables
• AI modeling engine capable of generating high-detail models for rings, necklaces, and earrings
• Simple UI or API endpoint that accepts design parameters or sketches and returns downloadable files
• Sample output package showing at least one model for each jewelry type, rendered and in raw mesh form
• Short build/run documentation so I can replicate results locally

Acceptance criteria
1. Each sample model withstands a 400% zoom inspection with no visible artifacts or mesh tearing.
2. Wall thickness and stone seat dimensions meet typical manufacturing tolerances (guidelines supplied after kickoff).
3. Exported files import without errors into Rhino 7 and Blender 4.0.

If you’ve tackled generative 3D, neural rendering, or automated jewelry CAD before, I’d love to see it. Let’s craft something dazzling.