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This elegant double heart diamond ring CAD model features a romantic and modern design created specifically for professional jewellery manufacturing and high-quality rendering. The ring showcases two beautifully crafted heart shapes connected in a flowing structure, symbolizing love and connection. Two round diamonds are positioned delicately within the design, adding brilliance while maintaining a minimal and sophisticated appearance.
The design includes smooth curves and balanced proportions, making it suitable for fine jewellery production such as engagement rings, promise rings, or romantic gift collections. The open heart motif gives the ring a lightweight and graceful aesthetic while still maintaining structural strength for casting.
This CAD model is carefully prepared for jewellery designers, manufacturers, and 3D printing professionals who require clean geometry and production-ready files. The structure is optimized for casting and stone setting, allowing easy integration into the jewellery production workflow.
The model is ideal for creating rings in gold, platinum, or silver and can be customized for different stone sizes or metal preferences. It can also be used for high-quality rendering in jewellery presentations, marketing visuals, or online product displays.
Included FilesSTL – Ready for 3D printing and casting3DM – Editable Rhino file for modification and customization
Important Points
High quality professional jewellery CAD modelClean and precise geometry suitable for manufacturingTwo diamond setting positions included in the designOptimized for casting and production workflowCompatible with Rhino, Matrix, and most jewellery CAD softwareIdeal for rendering, prototyping, and jewellery productionLightweight elegant double heart structure
Customer Support
If you need any modification such as ring size adjustment, stone size change, or custom jewellery CAD design, feel free to contact us. Professional support is available to help you with customization and production requirements.
REVIEWS & COMMENTS
accuracy, and usability.
