Round Diamond Statement Ring 3D Model – Multi-Shape Side Stone Engagement Ring CAD 3DM STL
Luxury Round Diamond Statement Ring 3D Model featuring a brilliant round center stone enhanced by an artistic arrangement of mixed-shape side diamonds. This bold and elegant design blends classic brilliance with modern high-end detailing.
The centerpiece is a round brilliant diamond secured in a strong four-prong setting, elevated to maximize light performance. The band is adorned with a combination of marquise, oval, round, and baguette-cut diamonds, creating a dynamic and glamorous silhouette from every angle.
The sculpted gold structure ensures durability while maintaining a refined, luxurious appearance. Perfect for statement engagement rings or high-fashion fine jewelry collections.
Included Metal Variations:
- Yellow Gold (YG)
- White Gold (WG)
- Rose Gold (RG)
- Platinum (PT) ready
High-resolution rendered presentation images included.
Model & File Details:
- Professional jewelry CAD model
- Editable 3DM file (Rhino compatible)
- STL file included – ready for 3D printing
- Precise prong and stone seat construction
- Clean manufacturing geometry
- Production-scale dimensions
- Optimized for casting and stone setting
Design Features:
- Round brilliant center diamond
- Mixed-cut side stones (marquise, oval, baguette, round)
- Four-prong elevated setting
- Statement multi-stone band
- High-luxury, glamorous aesthetic
- Balanced sparkle from all viewing angles
Perfect For:
- Luxury engagement rings
- High-end bridal collections
- Designer jewelry brands
- CAD/CAM production workflow
- 3D printing (resin/wax)
- Premium jewelry visualization
Render Compatibility:
Compatible with V-Ray, Corona, KeyShot, Cycles, Arnold and other professional rendering engines.
Tags:
round diamond ring 3d model, multi stone engagement ring cad, luxury statement ring stl, rhino jewelry 3dm file, mixed cut diamond band, high end bridal ring design
STL (Stereolithography, filesize: 2.62 MB), 3DM (Rhinoceros 3D, filesize: 5.61 MB), MP4 (MP4, filesize: 223 MB)
