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Vital Signs Monitor 3D Model – Low Poly Medical Device, FBX, OBJ
Medical

Vital Signs Monitor 3D Model – Low Poly Medical Device, FBX, OBJ

by weeray
$18

File Formats

Native Format

.blend
Cycles | 3.5 • 338 KB

Exchange Formats

.obj.autodesk fbx.textures

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 PBR Textures Materials UV Mapping

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

Discover the Vital Signs Monitor 3D Model, a meticulously crafted low-poly medical device perfect for your next project. This model combines realistic design with optimal performance, making it ideal for various applications.

Created using Blender 3.5 and textured with Substance Painter, this model features PBR textures that enhance its realism. With a polygon count of 4730 and built to real-world scale, it ensures accurate representation in your visualizations. The model is compatible with Blender Cycles, allowing for stunning rendered presentations.

  • File Formats: FBX, OBJ, Blender
  • Geometry: Low Poly, Manifold, No N-gons
  • Textures: PBR, 8 bits per channel, PNG format
  • Texture Resolutions: 512x512 (Wires), 1024x1024 (Body)
  • UV Mapping: Non-overlapping, UV unwrapped
  • Materials: Assigned, No embedded textures

This versatile model is perfect for use in broadcast, advertising, design visualization, real-time applications, and video games. Its detailed features make it an essential asset for anyone in the medical, health, or science fields.

Ready to elevate your project? Download the Vital Signs Monitor 3D Model today and bring your vision to life!

Tags

blooddevicediagnosisdisplayequipmenthealthhospitalmedicalmonitorpressurescience