Photorealistic Cinnamon Roll 3D Scan 3D model
cgtrader
Human: Extremely realistic, high-resolution 3D model of a delicious cinnamon roll. Ultra-detailed 8k texture maps and precision-crafted topology make it perfect for any application.\n\n---------- Key Details ----------\n\nPrecisely organized 3D model with an exceptionally clean mesh (98% quads)\nLife-sized accuracy, measurements in centimeters \nCrystal-clear high-resolution textures (8k) \nNote that the studio setup, backgrounds, lights, and cameras are not included in this asset.\n---------- What You'll Receive ----------\n\n8k texture maps: Detailed diffuse map, realistic roughness map, vibrant glossiness map, precise normal map, advanced displacement map\nHigh-quality 3D model in fbx and obj formats, the fbx file including object hierarchy and default materials assigned \nThe C4D file is ready to render with standard Corona materials \nC4D file set up for rendering with additional C4D materials included\nConvenient Read Me file guides users on easy material setup if using the fbx or obj format\n---------- Model Stats ----------\n\nSingle object count: 1 \nPloycount: 11,515 \nVertex count: 11,517 \nThe model is fully UV unwrapped with no overlapping textures.\n---------- High-Quality Texture Maps Included ----------\n\nHigh-quality diffuse texture (png)\nGlossy and reflective surface texture (png) \nTextured roughness map for realistic effects (png) \nPrecise normal mapping (tiff) \nDetailed displacement map for extreme detail (exr)\nI strive to meet the highest standards, so if you notice areas for improvement, your feedback would be greatly appreciated.\n\nIf any issues arise during use or while setting up materials, feel free to contact me for prompt assistance.
With this file you will be able to print Photorealistic Cinnamon Roll 3D Scan 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 Photorealistic Cinnamon Roll 3D Scan 3D model.