This luxury concentric disc diamond ring 3D model is crafted for premium jewellery manufacturing, featuring a bold circular top with layered diamond arrangements that create strong visual depth and brilliance. The design presents a modern statement style ideal for high-end men’s or unisex jewellery collections.

The ring head showcases multiple concentric circular tiers, combining pavé-set round diamonds with precisely arranged baguette stone channels. These alternating textures enhance light reflection and create a striking multi-dimensional appearance from every viewing angle. The stepped architecture of the top adds volume while maintaining a refined and structured profile.

The shoulders are carefully designed with pavé diamond settings that extend smoothly from the head into the shank, ensuring visual continuity and luxurious detailing. The inner shank remains smooth for comfortable wear, while the exterior structure provides durability and strength suitable for daily or occasion use.

This CAD model is optimized for professional jewellery production with casting-friendly geometry, accurate stone seat placements, and balanced metal thickness for secure manufacturing. Suitable for production in gold, silver, or platinum, the model can be easily resized or customized according to brand or client requirements.

Ideal for jewellery manufacturers, CAD designers, and custom jewellery studios seeking bold, modern statement ring designs ready for production.

Included Files• STL file for casting and 3D printing• 3DM file for customization and editing

Important Points• Production-ready CAD model• Clean casting-friendly geometry• Accurate round and baguette stone placements• Comfortable and durable shank structure• Suitable for gold, silver, or platinum production• Easy resizing and customization• Ideal for luxury statement jewellery collections• Compatible with professional manufacturing workflow

Customer SupportSupport available for resizing, minor modifications, and production compatibility assistance when required.