Low Poly Thermometer 3D Model – Optimized Game Asset, FBX, OBJ, PBR
Other

Low Poly Thermometer 3D Model – Optimized Game Asset, FBX, OBJ, PBR

$6

File Formats

Native Format

.blend
Default | 8.1 | 8.1 • 5.02 MB

Exchange Formats

.png.fbm.stereolithography.gltf.autodesk maya.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

UV Mapping Materials Textures PBR Low-poly

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

Elevate your creative projects with this Low Poly Thermometer 3D Model, expertly designed for a variety of applications including gaming, simulations, and medical visualizations.

This meticulously crafted thermometer features an optimized design that ensures smooth performance across real-time applications, making it ideal for interactive environments and animations.

  • File Formats: Available in Binary FBX, OBJ, and STL for seamless integration.
  • Geometry: Manifold geometry with no N-gons or faceted geometry for clean rendering.
  • Texturing: Comes with PBR textures and assigned materials, ready for UV mapping.
  • UV Mapping: Non-overlapping UVs for easy customization.
  • Low Poly Count: Designed for optimal rendering and minimal resource consumption.

This thermometer model is perfect for gaming projects, medical training modules, and VR/AR experiences. Its lightweight design ensures it won't bog down your system, allowing for immersive experiences and detailed visualizations.

Download now to enhance your projects with this versatile and professionally crafted 3D asset!

Tags

animationsequipmenthospitalhouseholdinfraredlightweightlow polymeasurementmedicalmedical equipmentmodulesoptimizedotherreal timesciencesimulationstemperaturethermometertraining