Espresso Coffee Machine Low-poly  3D model

Espresso Coffee Machine Low-poly 3D model

cgtrader

High Quality Espresso Machine! This Photorealistic 3D Model Is Engineered To Add Realism To Your Projects With Precision. The Model Was Initially Created In Blender 2.79 For Optimal Performance And Versatility. A Closer Look Reveals: -Full PBR Texture Maps At A High Definition Resolution Of 4K -Diffuse Mapping Brings Out The Model's True Colors And Shading -Specular Highlights Simulate The Coffee's Warm Glow -Glossiness/Roughness Control Ensures Realistic Material Behavior -Ambient Occlusion Enhances Depth And Dimensionality -Metalness Creates A Sense Of Authenticity In Metal Accents -Normal Mapping Adds Subtle Texture And Details -Clean, Efficient Quad-Tri Topology Minimizes Polygon Count While Maximizing Detail. -Subdivision Capability Allows For Unparalleled Level Of Detail And Realism. All Objects, Textures, And Materials Are Carefully Named For Easy Identification And Organization. -UV Islands Are Thoroughly Unwrapped And Non-Overlapping, Ensuring Smooth Rendering. No Plugins Or External Software Is Required To Use This Model, Making It Easy To Integrate Into Your Projects. A Pre-Lit Scene With Camera Settings And HDRI Environment Map Are Included In The Blender File For Quick Setup And Realistic Lighting. Model Specifications: Polygons: 3,516 Vertices: 3,418 The Model Comes In Five Formats For Seamless Compatibility: - .Blend - .FBX - .OBJ - .3DS - .STL Textures Are High-Quality PNG Files At A Resolution Of 4096x4096 Pixels. If You Encounter Any Issues With The Model Or Rig, Please Don't Hesitate To Contact Me. I Will Do My Best To Troubleshoot And Make Any Necessary Adjustments For Your Project's Success.

Download Model from cgtrader

With this file you will be able to print Espresso Coffee Machine 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 Espresso Coffee Machine Low-poly 3D model.