3DNdkus
Realistic Human Stomach 3D Model – Low Poly Medical Anatomy, FBX
Medical

Realistic Human Stomach 3D Model – Low Poly Medical Anatomy, FBX

by m87arch
$24

File Formats

Formats

.stl.obj.dae.fbx.max.png

Features

File & scene

Binary FBX No unsupported objects

Geometry

No N-gons No faceted geometry Manifold geometry Polygon mesh

Textures & material

PBR textures No embed textures Square textures Power of 2 texture sizes Assigned materials

UVs & naming

No UV overlaps UV unwrapped model Allowed characters

3D Features

Low-poly Textures Materials UV Mapping

Unwrapped UVs

Unknown

Download information

After purchase, you will receive an email within several hours with a download link to access your files.

Description

Discover the Realistic Human Stomach 3D Model, an anatomically accurate representation perfect for medical visualization and education.

This high-quality model is designed for various applications including AR/VR experiences, healthcare simulations, and 3D animation. With lifelike surface details and accurate proportions based on real anatomical references, it ensures professional-grade results for your projects.

  • Highly detailed mesh with realistic topology
  • PBR textures for enhanced realism
  • UV unwrapped with no overlapping textures
  • Clean and optimized topology for animation and close-up rendering
  • Compatible with real-time engines like Unity and Unreal Engine, as well as offline renderers such as Cycles, V-Ray, and Arnold
  • Anatomically accurate shape featuring all major stomach structures, visible veins, and muscular curvature

This model is ideal for medical and scientific visualizations, biology and anatomy education, augmented and virtual reality applications, serious games, and film and TV visual effects. It can also be used in health-tech app development and research training environments.

Get ready to enhance your projects with this download-ready asset. See formats available now!

Tags

3dmodelbiologydigestiveeducationhealthcarehumaninteriorinternalkitchenmedicalorganrealisticsciencesimulationstomachsurgery