Case Puro Ultra Slim for iPhone 5 Low-poly 3D model

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The high-quality Case Puro Ultra Slim low-poly model for iPhone 5 has gained popularity in a variety of fields such as game development, advertising, interior design, motion picture art, and visualization due to its authentic representation of real case details recreated through ortho-photos. Its ease of use is attributed to the fact that it consists of only three meshes, making it low-polygonal and saving system resources. The model has a single material, simplifying usage across different renderers. The realistic appearance of the model in any rendering scenario can be credited to high-resolution photo-textures used with precision. Even at close-up distances, this combination results in impressive quality with minimal polygons required for detail. In addition to the provided textures, the incorporation of Specular and Glossiness maps adds depth and realism to areas such as the reflective parts of the model. The effect achieved by these elements enhances visual fidelity beyond the base four main textures. Each of the four primary textures has a square resolution of 3000 pixels in .png format, offering exceptional clarity. The Case Puro Ultra Slim low-poly model also features animations. Simple rotations enable opening and closing of its cover mesh group, ensuring dynamic interaction. Creation occurred within the 'Maya 2009' 3D program environment with precision-crafted dimensions and names assigned to each component accurately reflecting real-world measurements in centimeters. For seamless rendering in other applications, there is also a corresponding .ma file format rendered with the 'V-Ray MTL material'. A compatible scene created in the 'Maya 2014' program, using the V-Ray plug-in 2.40, serves as an inclusive and user-friendly rendering option accessible via various software including older versions down to Maya 2012 running on the earlier 'V-Ray 2.0'. The file maintains keys for positions relevant Preview Images which need not be kept in scenarios requiring reduced data complexity. To expand usage potential, scene formats like .fbx, .obj, .DAE, and .max are available within an archive. Note: For best performance in this low-poly model, refrain from utilizing smoothing modifiers.