This elegant wave diamond ring CAD model features a modern and minimal flowing design that combines smooth curves with a delicate row of diamonds. The ring showcases a graceful wave structure where one side of the band gently overlaps the other, creating a dynamic and contemporary silhouette. A line of small round diamonds is set along the curved top section, adding brilliance and enhancing the elegant movement of the design.

The flowing wave form gives the ring a stylish and lightweight appearance while maintaining strong structural support for jewellery manufacturing. The smooth band transitions naturally into the diamond setting area, creating a balanced design that is both comfortable to wear and visually refined.

This CAD model has been created with clean geometry and precise detailing, making it suitable for professional jewellery designers, manufacturers, and 3D printing workflows. The design is optimized for casting and production, ensuring reliable results when produced in gold, silver, platinum, or other precious metals.

The model is ideal for engagement rings, promise rings, or everyday elegant jewellery pieces. It can also be used for high-quality rendering, marketing visuals, or prototype development. The included 3DM file allows easy modification in Rhino or Matrix software, enabling adjustments to ring size, stone size, or design details.

Included Files

STL – Ready for 3D printing and casting3DM – Editable Rhino file for customization and modification

Important Points

High quality professional jewellery CAD modelModern wave style ring design with diamond rowClean and precise geometry for manufacturingOptimized for casting and jewellery productionSmooth and comfortable band structureCompatible with Rhino, Matrix, and other CAD softwareSuitable for rendering, prototyping, and production

Customer Support

If you need ring size adjustment, stone size modification, or custom jewellery CAD design, feel free to contact us. Professional support is available to help with customization and production requirements.