Samyang 24mm f 3-5 ED AS UMC Tilt-Shift Lens for Nikon Low-poly 3D model

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It is a top-notch low-poly 3D model of the Rokinon 24mm f/3.5 ED AS UMC Tilt-Shift Lens for Nikon. This model is used across various industries such as game development, advertising, interior design, motion picture art, and visualization. The modeling process utilized high-quality ortho-photos of a real lens to ensure accurate recreation of all details. The model's ease of use stems from its few mesh structure, which saves system resources due to low-polygon count. Additionally, it comes with two materials - one for the lens body and another for the glass lens. Regardless of the renderer used, this model always displays realistic results thanks to high-resolution photo-textures. Combining the well-thought-out topology with detailed textures yields maximum quality even at close ranges, with minimal polygons required. For enhanced realism, additional texture settings such as Specular, Glossiness, and Bump are utilized. Specifically, a Bump Multiplier of 0.2 is applied in Maya Software materials or V-Ray MTL materials for best results. The four main textures have resolutions of 2048 pixels squared and come in .png format, with additional PSD texture files available in the archive. This model was created using 'Maya 2009' 3D software. All parts of the model are correctly scaled in real-world dimensions and are grouped for ease of use. A render scene has also been prepared using Maya 2014 with the V-Ray 2.40 renderer plug-in, saving it as .ma format to ensure compatibility across various versions. This scene includes six V-Ray Rect Light plus reflectors, assigned V-Ray MTL material, and set keys for model translation, rotation, and Render Camera position on Timeline. To remove these positions if unnecessary, animation keys from the channels should be deleted. Users can easily incorporate this low-poly model into their preferred 3D software thanks to its export compatibility with formats such as .fbx, .obj, .DAE, and .max (version 2010). Note that this is a Low-Poly model, so it cannot utilize smoothing modifiers.