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This refined three-stone engagement ring features a striking princess cut center diamond complemented by round brilliant side stones. The sharp, geometric lines of the princess cut create a bold and modern focal point, while the round side diamonds add soft brilliance for a perfectly balanced composition.
The center stone is secured in a precise four-prong setting designed to protect the corners of the princess cut while maximizing light performance. Graduated round diamonds are elegantly arranged along both sides of the center, creating a smooth visual transition into the band. The side stones enhance the overall sparkle without overpowering the structured symmetry of the main stone.
An elevated gallery design allows optimal light entry beneath the center stone, improving brilliance while maintaining structural strength. The band features a smooth comfort-fit interior and carefully optimized metal thickness to ensure reliable casting and long-term durability.
This CAD model is production-ready with accurate stone seats, clean prong geometry, and well-balanced proportions. Available in yellow gold, white gold, and rose gold variations, it is ideal for bridal collections, luxury retail, and custom jewellery manufacturing.
Perfect for:
Engagement ring collections
Princess cut bridal designs
Three-stone diamond rings
Luxury retail and wholesale production
High-quality 3D rendering presentations
Included Files
STL file (ready for 3D printing and casting)
3DM file (editable Rhino format for resizing and customization)
Important Points
Princess cut center stone with round side diamonds
Balanced three-stone layout
Secure prong setting with protected corners
Clean and casting-ready CAD structure
Optimized metal thickness for durability
Smooth comfort-fit inner band
Customer Support
We provide professional assistance for:
Minor resizing adjustments
File format guidance
Manufacturing and casting consultation
Technical CAD-related queries
Fast and dependable communication to ensure smooth production workflow.
REVIEWS & COMMENTS
accuracy, and usability.
