Realistic Magnifying Glass - High Detail Prop

Realistic Magnifying Glass - High Detail Prop 3D model

Description
Realistic Magnifying Glass – High Detail Prop | 3D Model Description

This premium-quality Magnifying Glass 3D Model is designed to meet the high standards of professional 3D workflows across gaming, animation, VFX, product visualization, AR/VR, and educational content creation. Created in Blender v3.5.1 and rendered using the Cycles render engine, this model features an authentic, visually accurate design with exceptional surface detail and realism. With over 89,000 vertices, clean topology, and fully procedural materials, it offers the perfect balance between visual fidelity and practical usability.

Every part of this model is designed for both artistic flexibility and technical control, making it ideal for demanding production pipelines, real-time applications, or 3D printing scenarios.

Detailed Features1. High-Resolution Geometry

The mesh consists of 89,190 vertices and 88,640 polygons, ensuring sharp details and smooth edges ideal for close-up renders or cinematic usage. The topology is optimized for subdivision workflows and ready for real-time or offline rendering tasks.

2. Realistic Convex Lens

The glass lens is geometrically convex, simulating authentic magnification and distortion behavior. Its curvature and material shading replicate real-world optical refraction, suitable for photoreal environments or stylized scenes that require a grounded look.

3. Fully Modular Components

Every part of the magnifying glass—lens, handle, frame, screws, and metal rings—is separated and clearly named. This modularity supports easy material swapping, animation, or partial reuse in other scenes or kits.

4. Procedural Material System

All shaders are 100% procedural. There are no external texture files required. The lens, metal, and rubber handle materials are fully editable inside Blender using node-based systems, allowing quick adjustments to color, roughness, metallic behavior, and transparency.

5. Clean and Efficient Topology

The model uses a quad-only topology without any N-gons or unnecessary subdivisions. It is suitable for subdivision surface workflows and maintains consistent edge flow, enabling easy modifications, deformations, or rigging.

6. Real-World Dimensions

The model is built using metric units and matches real-life scale. It integrates directly into realistic environments, simulations, AR/VR scenes, or can be exported for physical 3D printing without the need for rescaling.

7. Cycles Render Setup Included

The .blend file includes a ready-to-render Cycles setup with HDRI lighting. The lighting scene provides realistic reflections, soft shadows, and accurate material feedback right out of the box.

8. 3D Printing and Cross-Platform Support

A clean .stl file is included for 3D printing. Additionally, .fbx and .obj formats are provided for easy import into popular 3D engines and modeling software such as Unity, Unreal Engine, Maya, and Cinema 4D.

Use Cases and Applications
  • Game development props (detective or science scenes)
  • High-quality cinematic renders for animation and film
  • Augmented reality and virtual reality asset placement
  • Product visualization and marketing
  • Pre-rendered elements for UI, apps, or branding
  • 3D printing for educational kits or science models
  • Museum visualizations and historical reconstructions
  • Illustrations for textbooks, presentations, or infographics
What’s Included

Upon downloading, you’ll receive a compressed .zip folder containing:

  • .blend file with Cycles render setup and procedural materials
  • .fbx file for game engines and 3D applications
  • .obj file for universal compatibility
  • .stl file for 3D printing purposes

All files are cleanly packed, organized, and labeled for immediate use.

Technical Details

This model was created in Blender version 3.5.1 and rendered using the Cycles engine. It contains a total of 89,190 vertices and 88,640 polygons. All materials are procedural, allowing complete customization without the use of textures. The model is built to real-world scale using metric units and is suitable for both high-end visualizations and physical production through 3D printing.

License

This asset is licensed as Royalty-Free, which means you can use it in both commercial and personal projects. However, redistribution, resale, or inclusion in asset packs is strictly prohibited without explicit permission or proper attribution.

Why Choose This Asset

The Realistic Magnifying Glass 3D Model offers an exceptional blend of quality, editability, and multi-purpose usability. Whether you're building an interactive game prop, a cinematic animation, a forensic simulation, or an educational product, this model provides professional polish and practical versatility with no compromises.

Download Now

Download the Realistic Magnifying Glass – High Detail Prop now and enrich your creative projects with a precision-modeled, highly customizable, and production-ready asset. Whether you’re developing for games, animation, or 3D printing, this model is engineered to elevate your work instantly.

3dtgrl
3DTGRL2023-05-26 05:32:03 UTC
good job
Item rating
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Realistic Magnifying Glass - High Detail Prop
$21.99
 
Royalty Free License 
Realistic Magnifying Glass - High Detail Prop
$21.99
 
Royalty Free License 
Response 50% in 5.7h
3D Modeling
Low-poly Modeling
Lighting
Rendering

3D Model formats

Format limitations
  • Blender (.blend) (3 files)34.6 MBVersion: 3.5.1Renderer: Cycles 3.5.1Version: 3.5.1Renderer: Cycles 3.5.1Version: 3.5.1Renderer: Cycles 3.5.1
  • Other 1.19 MB
  • OBJ (.obj, .mtl) (3 files)35.2 MB
  • Stereolithography (.stl) (2 files)34.4 MB
  • Autodesk FBX (.fbx) (2 files)33.3 MB
  • PNG (.png)32.2 MB

3D Model details

  • Ready for 3D Printing
  • Animated
  • Rigged
  • VR / AR / Low-poly
  • PBR
  • Geometry Polygon mesh
  • Polygons 88,641
  • Vertices 89,190
  • Textures
  • Materials
  • UV Mapping
  • Unwrapped UVs Unknown
  • Plugins used
  • Publish date2023-05-26
  • Model ID#4526611
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