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Presenting a sophisticated Marquise Cut Diamond Engagement Ring featuring a classic prong setting and elegant pave-set band. This design highlights the elongated beauty of the marquise cut, offering a graceful and finger-lengthening appearance ideal for premium bridal collections.
The centerpiece marquise diamond is secured with precision prongs, including protective tips to ensure durability and stone safety. The elongated silhouette maximizes visual size and brilliance, while the elevated setting allows optimal light entry for enhanced sparkle.
The slim band is adorned with carefully aligned round pave diamonds along the shoulders, adding continuous brilliance while maintaining a refined and balanced profile. The shank is engineered with proper thickness to ensure comfort, durability, and smooth casting results.
This CAD model is clean, production-ready, and professionally structured with accurate stone seats and precise geometry. Optimized for seamless manufacturing in yellow gold, white gold, rose gold, and platinum.
Perfect for:
Engagement ring collections
Custom bridal jewellery brands
Retail and wholesale manufacturing
3D printing and casting workflows
Private label jewellery production
INCLUDED FILES
STL file (Ready for 3D printing & casting)
3DM file (Editable Rhino file for customization)
IMPORTANT POINTS
Production-ready clean CAD geometry
Accurate marquise stone seat
Secure prong setting with tip protection
Precise pave diamond alignment
Optimized wall thickness for casting
Comfortable inner shank profile
Easy resizing and center stone modification
Suitable for multiple metal types
Balanced proportions for durability
No non-manifold or open surfaces
CUSTOMER SUPPORT
We provide professional assistance for:
Ring size modification
Center stone size adjustments
Metal weight estimation guidance
Minor custom design changes
File format support
If you need customization or have any questions before purchase, feel free to contact us. We ensure fast and reliable customer service.
REVIEWS & COMMENTS
accuracy, and usability.
