Flowers pants woman 0403 3D model
cgtrader
We offer exclusive, high-resolution 3D scanned models with precise proportions ideal for close-up and medium-distance views in art pieces, paintings, and classes as well as architectural visualization projects. If you can't find a human model that suits your needs, get in touch with us and we'll work out a solution. Most of our 3D models have a resolution of 500k polygons, but you can reach out to us if you need a low-poly version. Key features: High-end photorealistic 3D scanned models Realistic proportions for accurate representation Highest quality for professional results Low prices that save you time and budget for more important tasks like landscaping and interiors visualization The scan is in height, using real-world units for precision. A source file (.obj) is included with every purchase. FEATURES: 3D scanned model with exceptional detail Extremely clean mesh for smooth rendering Edge Loops based for precise control Smoothable for realistic textures Symmetrical for accurate representation Professional quality UV map for seamless texture application High level of detail for intricate designs High resolution textures for photorealistic results Real-world scale for authentic representation System unit: cm for precision measurement TEXTURES: Textural Resolution: 4096 x 4096 for exceptional detail Color Map for accurate color representation FILE FORMATS: BMP for bitmap images JPG for JPEG files The model is suitable for stereolithography 3D printing. A source file (.stl) is included with every purchase. The model is also ready for full-color 3D printing. cjp technology suitable for precise results A source file (.wrl) is included with every purchase. Suitable for 3D-systems ProJet 3D printer series.
With this file you will be able to print Flowers pants woman 0403 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 Flowers pants woman 0403 3D model.