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This exclusive collection includes 50+ lightweight ladies’ pendant designs, developed for modern jewelry production where elegance, comfort, and material efficiency are essential. Each pendant is designed with a focus on clean proportions, balanced weight distribution, and wearable aesthetics, making the set suitable for both everyday jewelry lines and premium commercial collections.
The pack provides two professional file formats:
Rhino 3DM files, offering full CAD editability and precision control
STL files, optimized for direct 3D printing and casting workflows
All 3DM models are created using accurate NURBS geometry, allowing jewelers to fine-tune thickness, dimensions, bail structure, and overall weight inside Rhinoceros 3D. The STL files are carefully prepared for resin printing, enabling fast prototyping and reliable investment casting with minimal preparation.
The designs include a refined mix of minimal, contemporary, and softly decorative styles, tailored specifically for women’s lightweight jewelry. This collection is ideal for jewelry manufacturers, CAD designers, and brands looking to expand their pendant range with production-ready digital assets.
What’s included:
50+ unique lightweight ladies’ pendant designs
Rhino 3DM files (fully editable CAD models)
STL files (print-ready meshes)
Clean topology and casting-friendly geometry
Professional organization for easy workflow integration
MANUFACTURING / WORKFLOW INSTRUCTIONS
Recommended software:
Rhinoceros 3D (Rhino 6 / 7 or later) for 3DM files
Any professional slicer compatible with STL files
Suggested workflow:
Modify or customize models using 3DM files in Rhino
Use STL files directly for resin printing or prototyping
Perform standard casting preparation before production
Manufacturing compatibility:
Resin 3D printing
Investment casting processes
Suitable for gold, silver, and alloy production
Important notes:
This pack includes both 3DM and STL formats
STL files are optimized for printing but may be re-exported from 3DM if required
REVIEWS & COMMENTS
accuracy, and usability.
