Biohazard Suit Male ACC 2130 007 Low-poly 3D model
cgtrader
MALE HIGH POLY MODEL Age 19-24 years. Biohazard Suit Male ACC 2130 007 Biohazard Suit Man Disinfecting Viruses Model of a Biohazard Suit with Objects (Suit, Glasses, Mask) Scene Model for Inside and Outside Scenes Better than Scanned Models! High-Quality Textures on Demand One Polymesh with Multiple Materials on One Mesh Change Materials, Colors, and Textures to Create Custom Models Scaled as Realistic Scenes Between 40,000 - 100,000 Polygons Blender Compatible Render with GPU or CPU Works on Blender 2.8 or Later Versions Variety of Advanced Shaders Other Software Options: Import Model into Your Favorite Program Materials Used: Standard Materials for Skin Tileable Maps Available Adjustable Mesh with UV Coordinates Variety of Maps Included Copy Textures to Your Work Folder and Import Model Apply Custom Materials and Shaders as Desired Original Format: Blender File Modeled in Zbrush for High Resolution Other Formats: OBJ FBX STL MTL Usage: Architectural Visualization: Decorations, Exterior Scenes Illustrations: Books, Magazines, and More Personal Projects VR: Interactive Object Viewer One Polymesh with Multiple Meshes Available Use Low-Resolution Maps for Large Environments Less Memory Usage and Better Results Guaranteed Textures Format: TIF (Compression LZW) JPG Low Compression PNG Low Compression Size: Body 2048x2048 (Diffuse, Normal, Displacement) Ready to Render in Blender (Eevee and Cycles) All Materials and Textures Included Copy Scene and Textures to Your Work Folder and Append Model Scale as Realistic Scenes We Hope You Enjoy This Model! Check Out Our Complete Gallery by Clicking on Our User Name See Our Works at www.artejaol.com Thanks for Choosing Jaol!
With this file you will be able to print Biohazard Suit Male ACC 2130 007 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 Biohazard Suit Male ACC 2130 007 Low-poly 3D model.