Realistic bulb 3d modal FBX Low-poly 3D model

glowing bulb 3d modal FBXHere’s a realistic 3D model description of a light bulb:

Model Name: Realistic LED Light Bulb 3D Model

File Format: OBJ, FBX, STL, and BLEND

Poly Count: Low to medium-poly (around 15,000 - 30,000 polygons for realism without heavy processing)

Texture Maps: Diffuse, Normal, Specular, and Roughness

This highly detailed 3D model represents a realistic LED light bulb with accurate textures and materials, designed to mimic a standard 60-watt filament bulb. The model features intricate components, including the glass bulb, filament, base, and wiring.

1. Glass Bulb:

   • The glass is modeled with realistic refractions, transparency, and slight imperfections for an authentic look.
   • Slightly frosted or clear finish options.
   • Reflective surface captures light accurately for renderings in various lighting setups.

2. Filament:

   • Simulated spiral filament inside the bulb with high detail, providing a lifelike representation.
   • Metallic shine and slight glow effects when illuminated.
   • Customizable to change color temperature and brightness.

3. Metal Base:

   • Standard E26/E27 base with threading details that give it a realistic metallic finish.
   • Slight scratches and wear marks for added realism, mimicking a used bulb.

4. Materials & Textures:

   • PBR (Physically Based Rendering) materials ensure realistic reflections and shadows.
   • The glass, metal, and filament each have unique textures for an authentic look.
   • Optional dust or slight fingerprint textures for extra realism.

5. Customization Options:

   • Change the filament glow to simulate different lighting effects (e.g., warm, cool, or daylight).
   • Option to adjust opacity, roughness, and metallic settings for the glass and base.

6. Lighting Setup Compatibility:

   • Compatible with most rendering engines (Cycles, V-Ray, Arnold) and works well with HDRI environments for photorealistic lighting.
   • Render-ready setup included, with lighting and camera positions optimized for realistic renders.

Ideal for use in product visualizations, interior design renders, architectural models, and other scenes where a realistic light bulb is required.