Samsung Galaxy S20 and S20 Plus and S20 5G All colors 3D model
cgtrader
Realistic 3D models of Samsung Galaxy S20 and S20 Plus and S20 5G in all colors are available. This set includes: * 3 OBJ files * 3 3DS Max 2013 V-Ray material files * 3 3DS Max 2013 Corona material files * 3 3D files * 18 E3D full sets of materials * 18 Cinema 4D standard files * 18 Blender Cycles files To use this set, follow these steps: 1. Install CC 2014 (or above) and create a new composition. 2. Create a new solid layer and add the Element3D effect (Effect/Video Copilot/Element). 3. Select the installation location for Element3D and click on the import button. 4. Choose the .e3d file corresponding to the model you want to use and click open. 5. If you don't see the model, right-click on the model name and select replace model. The geometry of this 3D model is highly detailed and accurate: * The forms and proportions are precise. * There are no many-sided polygons. * It's optimized for close-up renders. * The turbosmooth modifier has not been collapsed. * You can apply the Smooth modifier with a parameter to achieve the desired level of detail. The materials and textures included are: * 3DS Max files with V-Ray shaders * 3DS Max files with Corona shaders * E3D files with full sets of materials * Cinema 4D files with full sets of materials * Blender files with full sets of materials All texture paths have been cleared. The scene is organized to make it easy to use: * All objects and materials are included. * The model is scaled in real-world size (system units - mm). * The coordinates of the location of the model in space are set to x0, y0, z0. * There are no extraneous or hidden objects (lights, cameras, shapes, etc.).
With this file you will be able to print Samsung Galaxy S20 and S20 Plus and S20 5G All colors 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 S20 and S20 Plus and S20 5G All colors 3D model.