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This Marquise Cut Floral Halo Bridal Ring Set is a premium jewellery CAD model designed for luxury engagement and bridal collections. The ring features an elegant marquise-cut center stone secured in a refined prong setting, positioned to maximize brilliance and elongate the finger visually.
The band is adorned with a detailed arrangement of marquise and round accent stones, forming a floral-inspired cluster design along both sides. This intricate layout enhances sparkle while maintaining a balanced and production-friendly structure.
The double shank construction adds strength, durability, and a bold high-end appearance. The under-gallery is carefully engineered to provide structural support without excess metal weight, ensuring smooth casting and secure stone setting during manufacturing.
This model is professionally prepared for jewellery manufacturers, CAD designers, and production houses looking for a ready-to-print and ready-to-cast bridal ring set. The geometry is clean, precise, and optimized for 3D printing, CAM processing, and casting workflows.
Suitable for production in yellow gold, white gold, rose gold, and platinum. Ideal for engagement collections, custom jewellery brands, and commercial jewellery manufacturing.
Included Files
3DM (Editable Rhino source file)
STL (High-quality production-ready file for 3D printing and casting)
Important Points
Marquise-cut center stone setting
Floral marquise and round diamond cluster band
Double shank structure for enhanced durability
Clean, closed mesh ready for printing
Balanced prong thickness for secure setting
Optimized for casting and stone mounting
Suitable for resizing and custom modifications
Production-ready CAD model
Customer Support
We offer full support for customization including ring size changes, center stone size adjustments, metal weight optimization, and design modifications.
Feel free to contact us for any technical assistance related to the model. We ensure quick response and professional support for smooth production.
REVIEWS & COMMENTS
accuracy, and usability.
