This luxury Emerald Cut Diamond Halo Engagement Ring CAD Design combines bold geometry with refined elegance. The design features a striking emerald-cut center stone set in a secure prong structure, surrounded by a radiant halo that enhances brilliance and adds visual depth.
The shoulders are accented with pavé diamonds, while the unique marquise-shaped side stone arrangement near the center adds a distinctive floral-inspired touch. This balanced composition creates a statement engagement ring that feels both modern and luxurious.
The elevated halo and open gallery allow excellent light flow to the center stone, maximizing sparkle while maintaining structural strength. The shank is carefully proportioned to ensure comfort, durability, and a premium finish suitable for daily wear.
This CAD model is professionally engineered for jewellery manufacturing with clean topology, accurate stone placement, and proper wall thickness. It is fully compatible with casting, CNC machining, and high-resolution 3D printing workflows.
Ideal for engagement rings, bridal collections, and custom high-end jewellery orders, this design works beautifully in yellow gold, white gold, and rose gold variations. The model is easy to resize and customize, helping jewellers save development time and reduce production errors.
Included Files
3DM (Rhino CAD – Fully Editable)
STL (High Resolution – Casting & 3D Printing Ready)
Important Points
Production-ready jewellery CAD model
Emerald-cut center stone with halo setting
Pavé diamond shank for added brilliance
Decorative marquise side stone accents
Optimized for casting and CNC manufacturing
Clean geometry with proper wall thickness
Easy resizing and customization
Customer Support
Dedicated customer support is provided with this CAD design.For ring size changes, minor design modifications, or file-related assistance, feel free to contact us. Fast response and professional support are guaranteed.
STL (Stereolithography, filesize: 15.9 MB), MP4 (MP4, filesize: 250 MB), 3DM (Rhinoceros 3D, filesize: 7.74 MB)
