Female Reproductive System 3D Model – Realistic Medical Asset, FBX, OBJ
Medical

Female Reproductive System 3D Model – Realistic Medical Asset, FBX, OBJ

$34.8

File Formats

Native Format

.c4d
Default | marmoset | 21 • 4.64 MB

Exchange Formats

.stereolithography.textures.3d studio.autodesk fbx.obj

Features

File & scene

No unsupported objects Binary FBX

Geometry

Polygon mesh Manifold geometry No faceted geometry No N-gons

Textures & material

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

UVs & naming

Allowed characters UV unwrapped model No UV overlaps

3D Features

Plugins Used UV Mapping Materials Textures PBR

Unwrapped UVs

Non-overlapping

Download information

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

Description

Explore the intricacies of human anatomy with this Female Reproductive System 3D Model, expertly crafted for medical and educational purposes. This realistic model is ideal for visualizations, animations, and interactive learning.

Designed using Cinema 4D and Zbrush, this model features high-quality PBR textures, ensuring a lifelike appearance. With a polygon count of 21,083 and vertex count of 42,162, it is optimized for detailed renderings without compromising performance.

  • Formats: Binary FBX, OBJ, STL, 3DS
  • Texture Resolution: 2048x2048, PNG format
  • Geometry: No N-gons, manifold geometry, non-faceted
  • UV Mapping: Unwrapped with no overlaps
  • Assigned materials and PBR textures for enhanced realism

This 3D model is perfect for medical professionals, educators, and animators looking to create engaging content that accurately represents the female reproductive system. Utilize it in educational videos, presentations, or simulations to enhance understanding of human biology.

Download-ready for immediate use in your projects. Get your Female Reproductive System 3D Model today!

Tags

bloodbodyeggfallopianfemale bodymedicalmicroscopeorganorganicovaryrealisticreproductivesciencesectionsystemtubeuteruswomanwomen