This luxury diamond cluster ring 3D model features a bold and brilliant design that highlights a large multi-stone diamond arrangement. The top of the ring is formed by a dense cluster of round diamonds arranged in a circular floral-style pattern, creating an impressive sparkling surface that captures light from every angle.

The layered arrangement of diamonds creates a dome-like structure, giving the ring strong visual depth and a luxurious appearance. Multiple rows of closely set diamonds form a radiant cluster that resembles a blooming flower or starburst pattern, making the ring a perfect statement jewelry piece.

The ring is supported by a refined and balanced band that ensures durability while maintaining an elegant profile. The elevated gallery beneath the cluster allows light to reach the stones from different angles, enhancing the brilliance and fire of the diamonds while maintaining structural integrity for manufacturing.

This professional jewelry CAD model is carefully designed for jewelry production workflows. The stone seats are precisely prepared for diamond placement, and the clean geometry ensures smooth casting, accurate stone setting, high-quality rendering, and reliable 3D printing.

The design can be manufactured in yellow gold, white gold, rose gold, or platinum, making it suitable for luxury jewelry collections, statement rings, cocktail rings, or high-end custom jewelry production.

Included Files

STL file for 3D printing and manufacturing3DM Rhino source file for editing and customization

Important Points

Highly detailed professional jewelry CAD designClean geometry optimized for casting and productionAccurate stone seats prepared for diamond settingStrong and balanced structure for durabilitySuitable for rendering, manufacturing, and 3D printingCompatible with professional jewelry CAD workflows

Customer Support

If you need assistance with ring size adjustments, stone size changes, or custom design modifications, support is available. Help with file usage and minor CAD edits can also be provided to ensure the model meets your manufacturing requirements.