This Round Diamond Full Eternity Band 3D Model is a professionally engineered jewelry CAD design created for luxury manufacturing and precision stone setting. The ring features a continuous circle of round brilliant diamonds secured in an evenly spaced prong setting, delivering uninterrupted brilliance from every angle.

Each stone is carefully positioned with precise seat preparation to ensure accurate alignment and secure setting during production. The shared prong structure enhances maximum light exposure while maintaining durability and long-term wear resistance. The inner gallery is structured to provide both strength and reduced metal weight without compromising integrity.

The full eternity layout creates a timeless and elegant aesthetic, making this design ideal for wedding bands, anniversary rings, stackable collections, and high-end bridal jewelry lines.

The model is built with clean, manifold geometry and optimized for casting, resin printing, and CNC manufacturing. Designed in real-world millimeter scale, it integrates seamlessly into professional jewelry production workflows.

Perfect for jewelry brands, retailers, custom designers, and CAD professionals looking for a ready-to-manufacture eternity band model.

Included Files

STL (High-resolution, ready for 3D printing and casting)

3DM (Editable Rhino file for resizing and customization)

Important Points

Full eternity round diamond layout

Manufacturing-ready clean geometry

Accurate stone seats and prong alignment

Balanced structure for durability

Real-scale millimeter measurements

Optimized for gold, platinum, and precious metals

Suitable for casting, CNC, and resin printing

Professional-grade production design

Customer Support

We provide responsive and professional customer support.

If you require resizing guidance, stone size modification, minor adjustments, or file format assistance, feel free to contact us. We ensure quick replies and technical clarity to support smooth manufacturing.

Your production success and satisfaction are our priority.