This is an industrial-grade, high-fidelity 3D scan of a genuine rose quartz specimen sourced from a professional mining operation in Chile. The model is delivered as a pure, unedited Raw Scan, capturing the exact natural morphology of the mineral with a certified dimensional precision of 0.1 mm.
Technical Specifications
- **Scale: 1:1 Real-world scale.
- **Dimensional Accuracy: 0.1 mm tolerance.
- **Geometry: High-Poly Triangular Mesh.
- **Faces: 21,576,532.
- **Vertices: 10,787,720.
- **Mesh Status: Watertight / Manifold (FC WT) – Verified as a completely closed solid, ideal for volumetric engineering analysis or high-resolution 3D printing.
Geometric Nature: Irregular Solid
This specimen is an irregular solid with an asymmetrical, organic morphology. The provided measurements represent the Bounding Box—the minimum orthogonal rectangular prism required to fully enclose the specimen at its maximum extent.
- **Length (X-axis): 137.89 mm
- **Width (Y-axis): 112.24 mm
- **Height (Z-axis): 146.55 mm
- **Total Surface Area: 50,262.79 mm^2
Available Formats
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OBJ Pack (Native + Texture): Includes the .obj mesh, .mtl material file, and the original 8K (8192 times 8192 px) texture map. Best for high-end rendering and visualization.
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STL (Engineering & 3D Printing): A high-density .stl file optimized for manufacturing and additive processes. This format highlights the pure geometric complexity without color data.
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FBX (Industry Exchange): A professional .fbx export designed for seamless integration into modern VFX pipelines and game engines like Unreal Engine or Unity.
Raw Capture Data Disclaimer
The 8K texture map is delivered as Pure Data, exactly as captured by the optical sensors. Due to the natural translucency and refractive index of raw quartz, the texture includes organic specular highlights and chromatic noise. This asset is intended for professionals who value raw geometric veracity over artificial aesthetic manipulation.
Professional Guarantee
Developed by a Mechanical Engineer in Industrial Production. This asset focuses on structural integrity and sub-millimeter geometric accuracy, providing a reliable digital twin for engineering, geological study, or high-end visual production.
