LG 360 VR 3D model
cgtrader
This is a highly detailed 3d model of the LG 360 VR device. The level of detail achieved in this 3d model allows for high-quality close-up renders to be produced. This model has been crafted with the specific intent of being utilized as a hi-poly asset, allowing users to gain the maximum possible depth and visual accuracy within their renderings. .e3d files have been carefully included for direct use within the Element 3D plugin, requiring either version 2.2 or higher to be operational. Furthermore, large high-resolution texture files have also been incorporated, each measuring 2048x2048 pixels in size. The 3d model has been accurately mapped using UVWs, encompassing a combination of both overlapping and non-overlapping approaches. As a result, users will discover it's an effortless endeavor to make any necessary adjustments to color or material attributes within the model itself. In keeping with professional standards, all extraneous objects, including lights and cameras, have been meticulously excluded from the final model submission. This means users are now able to effortlessly integrate the LG 360 VR 3d model into their chosen visualization platforms without having to undertake unnecessary editing operations. The comprehensive suite of file formats has been tailored specifically for widespread compatibility. In total, four main formats have been utilized: standard Max format files, V-ray specific material-enabled max2017, and C4D format (which necessitates the adjustment of studio materials and textures within). A solitary fbx file is included, containing optimized UVs as well as accurate position. Preview renders, showcased exclusively through the rendering software 'Max 2017,' demonstrate vivid high-quality visuals. Warm Regards from The Team
With this file you will be able to print LG 360 VR 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 LG 360 VR 3D model.