Triple Split Band Ring - Minimal Geometric Cutout 3D Print ModelExperience a modern, clean, and visually striking geometric jewelry design crafted with precision inside Blender. This high-quality triple-band split ring combines smooth surface detailing, professional topology, and fully procedural metal materials—making it perfect for 3D printing, product rendering, and premium jewelry visualization.
Key Features Unique Triple-Split Geometric DesignA stylish and contemporary ring featuring elegant cutouts and fluid curves for a bold, modern look.
Created in Blender v4.2.2Designed with professional standards using Cycles render engine for realistic reflections and shadows.
3D Print ReadyClean, solid geometry with no non-manifold edges — optimized for smooth and error-free printing.
Procedural Metal MaterialsHigh-quality metal shader crafted in Blender; fully customizable (gold, silver, platinum, dark metal, etc.).
Real-World ScaleDefault Ring Size: 10 (19.8 mm inner diameter) — easily scalable to any custom size.
High-Quality MeshClean topology ensuring crisp edges and smooth shading.Vertices: 36,876Polygons: 36,871
HDRI Lighting SetupScene includes realistic illumination for premium look renders.
File Formats Included - .blend (Full procedural materials + lighting)
- .fbx (Universal format)
- .obj (Compatible with most 3D software)
- .stl (3D print ready file)
All files are neatly packed inside a ZIP archive.
Technical Specifications - Software: Blender v4.2.2
- Render Engine: Cycles
- Materials: 100% Procedural
- Geometry: Clean, manifold, print-ready
- Usage: Printing / Rendering / Product Visualization
- Scale: Real-world accurate
WHY This Model? - Because it offers a unique geometric style that stands out in the jewelry category
- Because the mesh is clean, optimized, and professionally crafted
- Because the procedural materials allow limitless customization
- Because it is ready for 3D printing, rendering, and commercial use
- Because it saves you hours of modeling time with a polished, premium-quality design
