This Vintage Emerald Cut Engagement Ring CAD model features a refined nature-inspired structure combined with the timeless elegance of an emerald-cut center stone. The elongated step-cut diamond is secured in a balanced four-prong setting, allowing optimal light entry while maintaining strong structural support.
The head design incorporates graceful leaf-shaped motifs that wrap around the center stone. These sculpted leaves are accented with precisely set round diamonds, creating a soft pavé sparkle along the sides. The open gallery beneath the center stone enhances brilliance while ensuring proper cleaning access and casting efficiency.
The shoulders of the ring continue the organic theme with flowing lines and carefully aligned pavé-set diamonds. The shank transitions smoothly from the decorative upper section into a solid, comfort-fit lower band, providing both aesthetic harmony and everyday durability.
The structure has been engineered with proper prong thickness, secure stone seats, clean surface topology, and casting-friendly geometry. The proportions are balanced to highlight the elongated emerald-cut center stone while maintaining manufacturing reliability.
This model is ideal for engagement collections, vintage bridal lines, boutique jewellery brands, and high-end custom manufacturing projects seeking a sophisticated floral-inspired aesthetic.
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• Emerald-cut center stone setting• Leaf-inspired gallery structure• Pavé diamonds on shoulders• Secure four-prong configuration• Reinforced head construction• Smooth comfort-fit interior• Clean casting-optimized geometry• Resizable ring size• Suitable for natural or lab-grown diamonds
CUSTOMER SUPPORT
Customization support is available for center stone dimension changes, ring size adjustments, metal weight optimization, pavé modifications, or personalized design variations tailored to your manufacturing needs.
STL (Stereolithography, filesize: 15.8 MB), MP4 (MP4, filesize: 139 MB), 3DM (Rhinoceros 3D, filesize: 16.3 MB)
