Sigma 12-24mm f 4-5 5-6 II DG HSM Canon AF Lens Low-poly 3D model

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This high-quality low-poly 3D model Sigma 12-24mm f/4.5-5.6 II DG HSM Canon AF Lens serves various purposes in the field of 3D Graphics, such as game development, advertising, interior design, motion picture art, visualization, etc. The model is based on real-life lens ortho-photos, making its details a faithful recreation. Ease of use is evident in this three-mesh model that consumes fewer system resources and comes with three materials for the lens body and two glass lenses. Regardless of which renderer you choose to use, this model will look realistic due to its high-resolution photo-textures. A combination of carefully planned topology and detailed textures allows this low-poly model to deliver a quality result while keeping the polygon count at a minimum, making it suitable even for close-ups. To enhance realism further, additional textures are used: Specular, Glossiness, and Bump. By adjusting the Bump Multiplier in Maya Software materials or V-Ray MTL materials, you can achieve optimal results. The model's reflective and dispersing capacities vary across different areas due to set Specular and Glossiness maps, creating an effect similar to using multiple materials. In total, four main textures are used with each resolution at 3000 pixels square in the .jpg format. Additionally, the texture files come in .PSD format as well. The model was created in Maya 2009 and maintains correct real-world scale dimensions in centimeters. Each part of the model is properly grouped and named. To further aid users, a scene rendered using V-Ray 2.40 is provided. The render-scene was saved in .ma format to ensure compatibility with versions of Maya up to 2012 along with V-Ray 2.0. It also includes six reflectors, corrects Timeline animation keys, and features relevant Preview Images. Lastly, the model comes pre-packaged for use in other popular 3D programs, available in .fbx, .obj, .DAE, and .max formats. This model is specifically designed as a Low-Poly model and should not be subjected to smoothing modifiers.