This luxury multi-stone solitaire diamond ring CAD model is designed to deliver a refined yet statement luxury appearance with professional jewellery CAD accuracy. The design features a brilliant round center diamond supported by multiple side stones arranged along the band, creating a balanced and elegant sparkle that enhances the overall brilliance of the ring.

The side diamonds are evenly spaced and securely held, giving the ring a rich and premium look without overwhelming the center stone. The band structure is carefully engineered to maintain strength, comfort, and visual symmetry from all viewing angles. Smooth transitions between the shank and the setting ensure a seamless and high-end finish.

Created using professional jewellery CAD standards, this model offers clean geometry, accurate stone seats, precise prong alignment, and optimized metal thickness. The inner shank is designed with a comfort-fit profile, making it suitable for daily wear as well as high-end engagement and bridal jewellery collections.

The 3DM file is fully editable, allowing jewellery designers and manufacturers to easily customize ring size, center stone size, side stone count or dimensions, band width, thickness, and overall design proportions according to client or brand requirements. This makes the model ideal for custom jewellery orders, luxury catalog development, and client approval workflows.

Included Files

3DM Fully Editable Jewellery CAD FileOnly 3DM file included. No STL or other formats.

Usage

This CAD model is suitable for: Jewellery CAD design development Engagement & bridal ring collections Multi-stone & luxury ring designs Custom-made jewellery orders Client approval & presentation renders Manufacturing preparation after customization

Customer Support

We provide professional and reliable customer support: Assistance with 3DM file usage Paid customization services available Ring size, stone size & design modifications Quick response before and after purchase

Feel free to contact us anytime for support or custom design requirements.