
Sevin 10137 - Standing Warehouse Man Low-poly 3D model
cgtrader
Our pre-configured human is tailor-made to seamlessly integrate into your scene. Give it a try! We also provide instantly animatable 3D people, readily available in our store. Feel free to explore and take a closer look. In order to elevate the visual authenticity of your perspectives, simply select one of our models, place it within your scene, and then render it. Specific File Types: - 3DS MAX: designed for compatibility with 3ds Max 2016 or above, these models feature precise specifications including 100k and 30k polycounts | detailed triangulation with support for V-Ray 3 Native Diffuse, Normal & Alpha Maps, all at an impressive resolution of 8k. - CINEMA 4D: specifically tailored to meet the requirements of Cinema 4D R17 or above, these models are engineered to provide accurate performance with precise specifications including 100k and 30k polycounts | detailed triangulation with VRAYforC4D Native Diffuse, Normal & Alpha Maps at a resolution of 8k. - OBJ: compatible with various software formats including precise specifications of 100k and 30k polycounts | detailed triangulation with support for Diffuse, Normal & Alpha Maps at a high resolution of 8k. The comprehensive download package comes equipped with model files specifically designed to work seamlessly in both 3ds Max, Cinema 4D as well as OBJ format! Plus, due to its cross-compatibility, you can easily utilize these OBJ models within other software packages including but not limited to: Maya, SketchUp, Unreal Engine, Unity, Rhino, Blender, and so on. For a complimentary sample model that allows you to gauge the quality firsthand, please visit https://3dpeople.com/en/free-3dpeople/.
With this file you will be able to print Sevin 10137 - Standing Warehouse Man Low-poly 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 Sevin 10137 - Standing Warehouse Man Low-poly 3D model.