
Devon Devon Armonia 2 towel holder 3d model
cgstudio
High detailed and textured Devon Devon Armonia 2 towel heater model is available for download. The scene contains textures, V-Ray materials, and all accessories shown with the object, excluding the environment. This high quality polygonal model is a 1:1 scaled replica of the original object, created from blueprints and photos in the catalogue. The mesh is normalized and easy to edit, making it simple for users to modify the design as needed. A stack of objects has not been collapsed, allowing for greater control over the model's layout. MeshSmooth has been applied to parts of the object and instanced to each other, enabling users to control levels of detail (LOD) with ease. The colors and materials used in the model are easy to modify, giving designers maximum flexibility when working on their projects. The model is UVW unwrapped in real size and textured, providing a high level of realism and depth. All parts have been given real names and groups for easy navigation within the scene. Additionally, all materials and maps have real names to facilitate understanding and modification. The model is placed at the origin (0,0,0) on the default layer, making it simple to integrate into any existing 3D scene. The scene was created in 3DS Max 2009 with V-Ray 2, but it can be used in higher versions of these programs without issue. To render the model, simply place it in your scene and start rendering. We hope you enjoy this high detailed and textured Devon Devon Armonia 2 towel heater model! For more models like this one, please visit our user name to see a full list of available designs. Price: $11.00 Date added: Jul 01, 2017 Last update: Jul 01, 2017 Product id: 5957cd61a70248c0228b4567
With this file you will be able to print Devon Devon Armonia 2 towel holder 3d model with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on Devon Devon Armonia 2 towel holder 3d model.