Presenting an elegant solitaire engagement ring featuring a striking emerald-cut center stone beautifully supported by a sophisticated split and twisted cathedral shank. This design perfectly balances classic romance with modern structural aesthetics, creating a refined piece that highlights the central gem. Meticulously crafted for high-end jewelry manufacturing, the model offers pristine clean surfaces, smooth transitions, and excellent structural integrity tailored specifically for flawless casting.

Technical Production InformationRing Size: US 6.5

Center Stone: 1 piece, Emerald cut, 6.50 x 5.00 mm, approx. 0.95 carats

Shank Base Width: 1.80 mm

Shank Base Thickness: 1.70 mm

Upper Shank Width: 4.20 mm

Setting Height: 4.30 mm

Estimated Metal Weights:14K Gold: Approximately 3.49 grams

18K Gold: Approximately 4.18 grams

Platinum: Approximately 5.45 grams

925 Sterling Silver: Approximately 2.81 grams

File Format InformationThe download includes industry-standard formats to accommodate all professional workflows. You will receive the native CAD source format (3DM) for direct editing, the stereolithography format (STL) optimized for 3D printing, and universal mesh formats (OBJ, FBX) for seamless integration into studio rendering environments.

Manufacturing and ReadinessThis model has been rigorously verified through industry-standard mesh repair protocols. It is delivered as a fully watertight, non-manifold-free, closed solid body. The geometry is completely prepared for high-resolution resin 3D printing and subsequent investment casting. Tolerances, prong lengths, and thicknesses have been strategically calculated to allow for standard metal shrinkage, filing, and final high-polish finishing.

Professional Services AvailableIf you require this design adapted to alternative stone sizes, different ring dimensions, or wish to commission exclusive custom jewelry modeling services, please feel free to reach out. I am available for direct collaboration and bespoke CAD development to meet your specific manufacturing requirements.