High-Resolution Red Blood Cell Model

• Ultra high-density 45,000 polygon structure
• 22,801 vertices delivering extreme detail
• Perfect for medical visualization, laboratory simulations, and research applications
• High-poly density provides surface realism for rendering and stress-testing workflows
• Generated as a scientifically accurate red blood cell geometry
• Ready for simulation, medical app development, and visualization pipelines

Technical Specifications

• Format: Solid – triangular polygon mesh
• Triangles: ~45,000 (ultra-dense detail)
• Vertices: 22,801
• Surface Parameters: [Start: 0, Count: 135,000]
• Available Formats: GLTF, USDZ, OBJ, STL
• Material: Simple red base color applied for effect
• UV Mapping: Included (BufferView 34)
• Normals: Pre-calculated (BufferView 33)
• Generator: Δmension M.U.
• PBR Ready: Optimized for realistic shading and rendering
• Professional Quality Asset
• True-to-form red blood cell geometry – dense, accurate, and medically relevant
• Extreme polygon count for stress-testing rendering pipelines and physics simulations
• High-resolution structure ensures close-up scientific realism
• Ideal for educational tools, laboratory apps, and medical animations
• Clean topology ready for analysis, shading, or simulation environments
• Export-ready for 3D printing or prototyping workflows

Perfect For:

• Medical visualization and teaching tools
• Scientific research and laboratory presentations
• Medical VR/AR applications
• Stress-test benchmarking for rendering engines
• Biological simulations and medical animation
• Academic publications and visual aids
• 3D printing biomedical prototypes

File Formats Included

• GLTF: Web-ready format for online visualization
• USDZ: AR-ready format for iOS applications
• OBJ: Universal compatibility with all 3D software
• STL: Perfect for 3D printing and prototyping

Geometry Specifications

• Triangles: ~45,000
• Vertices: 22,801
• Surface Parameters: Start: 0, Count: 135,000
• Normals: BufferView 33
• UV Mapping: BufferView 34
• Material: Simple red

Key Features

• Medical-grade red blood cell geometry
• Laboratory-ready visualization asset
• Stress-test optimized high density
• Cross-platform 3D compatibility
• Research-quality scientific realism
• AR/VR medical simulation ready
• 3D printing prototype capable