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This Vintage Marquise Cut Engagement Ring CAD model features an elegant and nature-inspired design crafted for refined bridal collections. The marquise center stone is positioned in a secure prong setting that enhances brilliance while protecting the pointed tips of the stone.
The gallery structure showcases graceful leaf-inspired motifs that wrap around the center setting, creating a soft, flowing silhouette from every angle. Each leaf element is accented with round pavé-set diamonds, adding dimension, sparkle, and fine detailing to the side profile.
The shoulders continue the organic theme with delicately set diamonds that extend along the upper shank. The lower band transitions into a solid, comfort-fit structure, ensuring durability and everyday wearability while maintaining the visual elegance of the top design.
The head construction is engineered for strength and casting reliability, with balanced metal thickness, properly aligned stone seats, and secure prong placement. Special attention has been given to protecting the marquise tips while preserving a delicate appearance.
This model is suitable for fine jewellery brands, custom bridal designers, and manufacturers looking for a vintage-style marquise engagement ring with intricate leaf detailing and professional production standards.
INCLUDED FILES
• 3DM file (Rhino format)• STL file (Ready for 3D printing and casting)• High-resolution rendered images
IMPORTANT POINTS
• Production-ready jewellery CAD model• Marquise-cut center stone setting• Leaf-inspired gallery and shoulder design• Pavé diamonds on shoulders and side motifs• Reinforced prongs for marquise tip protection• Optimized metal thickness for casting• Comfort-fit inner band• Clean and smooth surface topology• Resizable ring size• Compatible with natural or lab-grown diamonds
CUSTOMER SUPPORT
Customization is available for center stone size adjustments, ring sizing, metal weight optimization, pavé modifications, or further personalization based on your manufacturing requirements.
REVIEWS & COMMENTS
accuracy, and usability.
