
Sink 1B Low-poly 3D model
cgtrader
This model of a sink serves as a prime example. Created with precision using Blender 2.79, its detailed textures were then carefully applied using Substance Painter. USAGE DETAILS Ideal for a wide range of applications including broadcast television, advertising campaigns, and even real-time video production or design visualization for various games, this versatile model truly stands out. TECHNICAL SPECIFICATIONS This impressive sink model is comprised of 3 unique objects. Its total polygon count reaches an astonishing 2443 polygons. Furthermore, it includes Blender Cycles materials to further enhance its overall realism. PREVIEW IMAGES All preview images were carefully rendered using the powerful Blender Cycles Renderer. The product itself is now ready for rendering. Included within the download is a fully optimized render setup. TEXTURES AND IMAGERY Texturing on this model is impressive, with 8-bit depth across each of its individual color channels. Preview texture details are as follows: Sink_1B_AO.png measures 1024x1024 and provides atmospheric occlusion. Sink_1B_BaseColor.png delivers high-resolution base colors also at 1024x1024. Additional texturing elements include metallic textures, Sink_1B_Metallic.png (also 1024x1024), normal mapping, X+Y-Z+ data for greater realism with Sink_1B_Normal.png, and roughness texture information in the form of Sink_1B_Roughness.png. Rounding out these additional textures is the HDR boiler room environment image at 1024x512 (Boiler_Room.hdr). OVERVIEW AND INFORMATION As a real-world scale model constructed within metric units, users should have no difficulty translating it directly into real-world projects. This level of compatibility eliminates the need for additional plug-ins or external rendering software.
With this file you will be able to print Sink 1B 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 Sink 1B Low-poly 3D model.