Low Poly Instax Mini SE Camera - Game Ready PBR 3 Colors Low-poly 3D model

This is a high-quality, low-poly 3D model of the Instax Mini SE Camera optimized for games, real-time engines, and web applications. The model is fully textured with PBR materials and comes in 3 color variations: Green, Pink, and Blue.

The asset is ideal for use in Unreal Engine, Unity, and Blender, as well as web-based platforms thanks to the included GLTF format. It is lightweight and optimized for performance, making it perfect for games, AR/VR, and real-time projects.

Important Note:The model is fully textured with PBR materials. However, for the glass parts (like the lens and viewfinder), please apply a simple glass material in your target software (Blender, Unreal Engine, Unity, etc.) to achieve realistic transparency and reflections.

Technical Details:

Polygon Count: 10,736 facesVertex Count: 11,293 verticesModel Format: .blend (Blender), .fbx, .obj, .gltfTextures: PBR (Base Color, Roughness, Metalness, Normal)Texture Resolution: 2K (2048x2048)Color Variations: Green, Pink, Blue (separate texture sets for each color)Game Engine Compatibility: Unreal Engine, UnityWeb Compatibility: GLTF includedFeatures:

Fully optimized for real-time rendering and game enginesHigh-quality PBR textures with accurate detailsSeparate color variations for flexibility in projectsReady for 3D printing, visualization, and product renderingClean UV mapping and non-overlapping UVsUsage Examples:

Game development (real-time asset)AR/VR applicationsProduct visualizationMarketing and advertising projectsWeb-based interactive platformsFile Formats Included:

Blender (.blend)FBXOBJGLTFWith this model, you can save time and effort while maintaining visual quality and performance for your projects. Ready to use right out of the box!

Important Note:The model is fully textured with PBR materials. However, for the glass parts (like the lens and viewfinder), please apply a simple glass material in your target software (Blender, Unreal Engine, Unity, etc.) to achieve realistic transparency and reflections.