
Pig Cookie - Photorealistic Scan - LOW and HIGH Poly 3D model
cgtrader
Highly detailed, photorealistic, 3D scanned model of a traditional Mexican Ginger Cookie boasts exceptional fidelity with 4K textures maps and optimized topology for seamless rendering. The scan was created from a high-fidelity lidar scanner with unparalleled accuracy of .04mm. --------- General Info --------- Nicely organized 3D model features a clean mesh (100% quads) and real-world scale, with units measured in centimeters. High-resolution textures (4K) are included for optimal visual quality. Please note that the studio setup, backgrounds, lights, and cameras are not part of this package. --------- What's Included --------- A comprehensive array of 4K texture maps is provided: Diffuse, Roughness, Height, Normal, and Displacement. The Maya file is set up with Arnold materials ready for rendering, while the ZTL file contains all subdivision levels. Additionally, STL, OBJ, FBX, MA, MB, and OBJ formats are included. --------- Objects, Polycount & UVs --------- This package consists of 2 objects: low and high poly models. The total polycount is 1400 polygons (utilized in preview images with displacement), and the vertex count is 1414. UV unwrapping has been done meticulously to avoid overlapping UVs. --------- Included Texture Maps --------- High-quality texture maps are included: - Diffuse (png: 8-bit) - Height (png: 16-bit) - Roughness (png: 16-bit) - Normal (png: 16-bit) - Displacement (exr: 32-bit) My commitment is to deliver the highest quality assets, so I appreciate your feedback on areas for improvement. If you encounter any issues with this asset or setting up materials, please don't hesitate to reach out; I'm here to assist you.
With this file you will be able to print Pig Cookie - Photorealistic Scan - LOW and HIGH 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 Pig Cookie - Photorealistic Scan - LOW and HIGH Poly 3D model.