Premium 3D Humidifier Model High-Poly Clean Topology 3D model

Publication date: 2025-02-23

Premium 3D Humidifier Model High-Poly Clean Topology 3D model

$15

License: Royalty Free License

author:

ORM3DCreations

Description

This 3D humidifier model is designed for professional product visualization, animation, and artistic showcases. Featuring clean topology and high-poly detailing, it ensures realistic renders while maintaining flexibility for your project needs.

Key Features: 1: Clean Topology: Modeled with precision for smooth shading and efficient rendering. 2: High-Poly Design: 76,144 vertices, 75,904 faces for detailed realism. 3: Subdivision Ready: Original Blender file included with non-applied subdivision modifiers for easy customization. 4: Separated Parts: Each component is modeled as a separate object, allowing for easy animation, texturing, and modifications.

File Formats: Blender (.blend): Original file with subdivision modifiers intact for flexible editing. FBX (.fbx): Ideal for importing into other 3D software while retaining hierarchy and materials. OBJ (.obj): Universal format for compatibility with most 3D platforms. GLTF (.gltf/.glb): Lightweight format for real-time engines and web-based applications.

Usage: Product Visualization Animation Projects Showcase Renders AR/VR Applications

This 3D humidifier model delivers the perfect balance of detail and performance, making it an excellent choice for high-quality renders and animations.

Features

Animated
Rigged
Ready for 3D Printing
VR / AR / Low-poly
PBR
Textures
Materials
UV Mapping
Unwrapped UVs: Unknown
Geometry: Polygon mesh
Polygons: 75,904
Vertices: 76,144
Plugins used

Tags

Humidifier High Poly Realistic Product Visualization Modern Electronic Home Appliance Design Detailed Premium Blender Parts Commercial Use High quality Electronics Other

All content related to this 3D asset—including renders, descriptions, and metadata—is
credited to its original author, «ORM3DCreations». CGhub does not claim copyright ownership over the content used.