
L3DV18G02 - vases and bowls set with 3 polygonal levels Low-poly 3D model
cgtrader
Highly detailed 3D models perfect for architectural, cinema, and game visualizations are available in this collection. Each model comes with high-quality textures and materials, suitable for use in modern or classic/vintage projects. Every object is ready to be used directly in your project. HP - High-poly model included. MP - Mid-poly model included. LP - Low-poly model included. Models shown were rendered using V-ray with 3ds Max software. Scenes are not provided. Available formats: .max 2012 [high-poly - v-ray 2.4 renderer with mapping and materials]; .max 2012 [mid-poly - v-ray 2.4 renderer with mapping and materials]; .max 2012 [low-poly - v-ray 2.4 renderer with mapping and materials]; .fbx 2010 [high-poly - v-ray 2.4 renderer with mapping and materials]; .fbx 2010 [mid-poly - v-ray 2.4 renderer with mapping and materials]; .fbx 2010 [low-poly - v-ray 2.4 renderer with mapping and materials]; .obj [high-poly - scanline renderer without mapping and materials, grey model only]; .obj [mid-poly - scanline renderer without mapping and materials, grey model only]; .obj [low-poly - scanline renderer without mapping and materials, grey model only]; .stl [high-poly - scanline renderer without mapping and materials, grey model only]; .stl [mid-poly - scanline renderer without mapping and materials, grey model only]; .stl [low-poly - scanline renderer without mapping and materials, grey model only]; Textures/materials: .png .jpg Polygon/vertices count: You can find the number of polygons and vertices in the list next to each file name. Units: Models are scaled to real-world measurements in millimeters.
With this file you will be able to print L3DV18G02 - vases and bowls set with 3 polygonal levels 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 L3DV18G02 - vases and bowls set with 3 polygonal levels Low-poly 3D model.