
Samsung Galaxy Note 8 Deepsea Blue High Quality 3D model
cgtrader
The 3D model has a detailed design that's ideal for close-up rendering, and it was initially created using 3ds Max 2012 with V-Ray rendering. For maximum resolution, render up to 2K, but be aware that renders lack post-processing. File formats are: * 3ds Max 2012 + full setup with lighting and camera * 3ds Max 2012 standard * Cinema 4D R12 in standard format ( materials and textures have been set up ) * Maya 2012 in standard format ( materials and textures have been set up ) * Lightwave 11 in standard format ( materials and textures have been set up ) * FBX 2012 * OBJ 2012 * 3DS 2012 * One 360 product file ( includes 60 images, each 1200x1200 pixels ) Note: Models created before August 2017 don't come with a 360 product. However, we can create one for you in 24 hours if needed. Model specifications: * No isolated vertices exist. * There are no coincident vertices or coplanar faces. * Quads and triangles make up the entire model ( quads have clean edges, and most models are comprised of quads with subdividable topology and few poles ). * Resolutions are optimized for polygon efficiency. Using the Meshsmooth/Turbosmooth function in 3ds Max can increase mesh resolution if necessary. * All models come in real-world scale. Naming and organization: Models contain all geometry within a single layer, which shares the same name as the product. TEXTURES ------------ Textures have high quality, suitable for close-up rendering ( with a resolution of 2048-4096 pixels ). They utilize UVWs mapping, combining overlapping and non-overlapping approaches. Model organization ensures no texture paths are referenced. All texture paths were stripped from the model.
With this file you will be able to print Samsung Galaxy Note 8 Deepsea Blue High Quality 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 Samsung Galaxy Note 8 Deepsea Blue High Quality 3D model.