Solitaire Engagement Ring with 2CT Round Cut 3D print model

This is a high-quality 3D model of a Solitaire Engagement Ring, meticulously crafted with precision and attention to detail. The design features a timeless and elegant style, perfect for use in professional jewelry design, realistic rendering, CAD prototyping, or direct 3D printing.

The ring showcases a round brilliant-cut diamond at the center, securely held by a classic four-prong claw setting. This setting style enhances the stone's brilliance and visibility, making it ideal for traditional and modern engagement ring designs alike. The band is a solid shank with clean, smooth geometry, offering a durable and minimalistic look that complements the centerpiece perfectly.

The model was created using real-world dimensions in millimeters, ensuring compatibility with jewelry manufacturing standards. It is optimized for a wide range of professional workflows, including rendering, animation, and rapid prototyping.

Model Specifications:

Central gemstone: Round cut

Setting type: Claw prong (four-prong)

Band style: Solid shank

Geometry: Clean topology, non-destructive, manifold-ready

Real-world scale: Millimeters

Includes basic metal and gemstone materials for visualization

Available File Formats:

.3DM – Native Rhinoceros 3D format, fully editable

.OBJ – Universal mesh format, widely supported in CAD and rendering software

.STL – Ready for 3D printing or prototyping workflows

Use Cases:

Jewelry concept and product design

E-commerce and catalog visualization

CAD prototyping and testing

Manufacturing and 3D printing

Educational or promotional 3D assets

Whether you're a jewelry designer, 3D artist, CAD technician, or digital modeler, this ring model provides a flexible and professionally made base to work with. The clean geometry and versatile formats ensure smooth performance across a wide range of design and manufacturing pipelines.

If you need assistance with custom modifications, scaling, or converting to additional file types, feel free to reach out.