This professional-grade Procedural Bone Shader is a fully customizable, node-based material designed in Blender 3.5.1 and rendered with the Cycles engine. Built entirely with procedural techniques, it offers realistic bone-like surface imperfections, color variations, and adjustable roughness—without relying on any image textures.

Ideal for anatomical modeling, medical visualizations, horror assets, and forensic rendering, this shader ensures unlimited resolution scaling, seamless texture mapping, and enhanced flexibility for both realistic and stylized projects.

1. Fully Procedural & Scalable

• 100% node-based shader system with no external textures.
• Infinite resolution—no blurring or stretching.
• Easily adjustable parameters for color, surface wear, and roughness.

1. Physically Accurate Bone Surface

• Micro-surface variations, cracks, and subtle imperfections.
• Adjustable color tones for both stylized and realistic bone.
• Supports both fresh and aged bone looks.

1. Optimized for Production

• Clean quad-based topology and low-poly geometry.
• Previews included with Suzanne monkey head for testing.
• UV unwrapping not required.

1. Multi-Purpose Applications

• Perfect for medical renders, game assets, 3D printing, VFX scenes, and horror environments.
• Works seamlessly with both stylized and realistic projects.

• .blend – Fully configured procedural shader with test object.
• .fbx / .obj – Universal formats for import into most 3D platforms.
• .stl – Ready for 3D printing.

• Shader Type: Procedural (Node-Based)
• Render Engine: Cycles
• Geometry: Polygon mesh
• Vertices: 31,602
• Polygons: 31,489
• UV Mapping: Not required
• Performance: Optimized for both previews and final renders

• Medical illustrations and anatomy visualization
• Horror/fantasy character props
• Forensic evidence rendering
• Educational anatomy models
• Game-ready organic assets

Download now and enhance your next 3D project with this realistic, fully procedural bone material—ready for professional rendering and production use.