This high-end jewellery CAD model features a bold emerald-cut statement ring with a triple-row diamond band, created for premium jewellery manufacturing and luxury collections. The design combines strong visual impact with precise structural engineering, making it suitable for professional production and high-value catalogues.

The emerald-cut center stone is secured in a solid prong setting that enhances brilliance and presence while maintaining reliable durability. The band showcases multiple rows of round and baguette-style stones, delivering depth, richness, and a premium designer aesthetic. The wide shank profile adds a powerful statement look while ensuring balance and comfort for wear.

Every element of this model has been developed for real manufacturing workflows. Wall thickness, stone seats, prong strength, and internal structure are optimized for accurate 3D printing, casting, stone setting, and finishing. The model can be resized and adapted for different stone sizes, making it ideal for jewellery brands, manufacturers, CAD designers, and custom projects.

This is a digital CAD product intended for jewellery production use only. No physical ring is included.

Included Files

STL file (production-ready for 3D printing and casting)

3DM file (editable Rhino source model)

High-resolution rendered images for presentation and marketing use

Important Points

Professional CAD model suitable for real jewellery manufacturing

Bold statement design with wide triple-row diamond band

Accurate geometry for reliable casting and stone setting

Strong prong construction for emerald-cut center stone

Smooth topology for high-quality polishing and finishing

Easy to resize and modify for custom requirements

Compatible with 3D printing, CAM, and casting workflows

Digital product only, no physical item included

Customer Support

Support is provided after purchase through CGTrader messages.Assistance includes help with file usage, minor size adjustments, and format guidance.Professional and timely response is ensured.