Male Reproductive and Urinary System 3D Model – Low Poly Medical Asset, FBX, Blender
Medical

Male Reproductive and Urinary System 3D Model – Low Poly Medical Asset, FBX, Blender

$82.8

File Formats

Native Format

.max
2.21 GB

Exchange Formats

.blender.obj.autodesk fbx.cinema 4d.autodesk maya.gltf.maya mel script.png.textures.exr.3d studio

Features

3D Features

Low-poly PBR Textures Materials UV Mapping Plugins Used

Geometry

Subdivision ready

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

Enhance your medical visualizations with this Male Reproductive and Urinary System 3D Model, designed for realism and detail. Perfect for educational projects, animations, and medical simulations, this low-poly model brings clarity to complex biological concepts.

This high-quality model features fully textured designs that allow for close-up renders, ensuring your projects stand out. With a correct scale and accurate representation, every detail has been meticulously crafted to meet your needs. The model includes PBR textures for realistic surface properties, making it easy to integrate into any rendering environment.

  • Polygons: 126,077 | Vertices: 145,833
  • Dimensions: 68x27x173 cm (approx.)
  • Formats: FBX, OBJ, Blender, and more
  • Subdivision-ready geometry for enhanced detail
  • Non-overlapping UVs for easy texturing
  • Includes various anatomical parts: testicles, prostate gland, kidneys, bladder, and more
  • Comprehensive texture maps: diffuse, glossiness, normal, specular, AO, roughness, metallic, opacity

This model is ideal for game developers, educators, and medical professionals looking to create immersive experiences. Utilize it in your animations, games, or educational content to effectively communicate human anatomy.

Download now and elevate your projects with this detailed 3D asset!

Tags

arteriesbladderblenderbodybreedingglbhumankidneymalemanmaxmedicalorganreproductionreproductivesciencesystemurinary