Jewelry CAD Software
Build jewelry CAD and manufacturing software with MeshLib SDK — reliable booleans, controlled wall thickness and castable, print-ready models from design to wax.
Challenge
Jewelry models pack fine detail into a few millimeters — pavé with dozens or hundreds of stones, prongs, galleries, filigree and engravings — and all of it has to survive casting. Designers combine and cut shapes constantly, and every model must end up watertight, with walls thick enough to cast and stones that actually fit. When a boolean fails on a dense mesh or a wall comes out too thin, the cost shows up later as a failed cast or hours of manual cleanup.
Solution
Boolean Operations
Fuse shanks, heads, prongs and galleries, and cut stone seats and engravings into dense meshes in one robust step, ready for the next design operation.
Offset & Hollowing
Keep a minimum wall thickness for casting and hollow heavy pieces to save precious metal without weakening the design.
Mesh Healing
Close holes, resolve self-intersections and fix degenerate triangles so models are ready to print as wax or resin patterns for casting.
Thickness & Weight Analysis
Map thin walls before they fail in the flask, and compute volume to estimate metal weight for any alloy.
Collision Detection
Check stone-to-stone and stone-to-prong clearance in pavé and settings before a design goes to production.
Outcome
Jewelry software built on MeshLib turns design intent into castable, print-ready models faster: reliable booleans, controlled wall thickness and accurate metal weight mean fewer failed casts, less manual cleanup and quicker, more confident quotes.
Real-World Industry Usage
Jewelry software teams build on MeshLib. Stuller, which supplies jewelry professionals with fine jewelry, bridal, mountings, findings, diamonds, gemstones and bench tools, has chosen MeshLib for high-performance mesh processing.
