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Round Brilliant Diamond Engagement Ring 3D Model Twisted Band Halo Jewelry CAD 3DM STL 3D Print Ready
Premium Round Brilliant Diamond Engagement Ring 3D Model featuring an elegant twisted crossover band and a halo-style bezel setting. This modern yet timeless design combines a round center stone with a delicate diamond-accented frame, creating a luxurious and sophisticated engagement ring perfect for fine jewelry production.
The ring showcases a large round brilliant cut center stone secured with prongs inside a detailed circular halo frame. The band features a flowing twisted crossover design, giving the ring a contemporary designer look with smooth curves and balanced symmetry.
Included Metal Variations:
- Yellow Gold (YG)
- White Gold (WG)
- Rose Gold (RG)
Each metal version includes 4 high-quality rendered images and 1 turntable video.
Model & File Details:
- High-quality professional 3D jewelry CAD model
- 3DM file included (editable Rhino format)
- STL file included – ready for 3D printing
- Suitable for resin and wax printing
- Accurate prong placement and stone seat geometry
- Clean topology with precise symmetry
- Real-world scale for direct manufacturing
- Optimized for casting and production workflow
Design Features:
- Round brilliant cut center stone
- Bezel-style halo frame with micro accent stones
- Twisted crossover shank design
- Smooth inner band for comfort fit
- Balanced proportions for engagement use
Use Cases:
- Jewelry CAD & CAM production
- Engagement ring manufacturing
- Custom bridal jewelry design
- STL-based 3D printing workflow
- E-commerce product renders
- Marketing visuals & animation
Render Engine Compatibility:
Compatible with V-Ray, Corona, Cycles, Arnold, KeyShot, and other major rendering engines.
Tags:
round diamond ring, engagement ring 3d model, twisted band ring, crossover shank ring, halo diamond ring, bridal ring cad, jewelry 3dm file, stl ring model, 3d print jewelry, gold engagement ring, rhino jewelry model, diamond ring cad, luxury ring 3d model
REVIEWS & COMMENTS
accuracy, and usability.
