Enhance your kitchen and interior visualizations with this Refrigerator With Bottom Freezer 3D Model. This freezer features a sleek stainless steel design with a top refrigerator compartment and a pull-out bottom freezer drawer. The minimalist aesthetic and practical layout of this refrigerator 3D model make it an excellent choice for modern, residential, and commercial kitchen renders. Its ergonomic structure allows for easy access to fresh and frozen goods, making it a highly functional appliance in any setting. This Refrigerator With Bottom Freezer 3D Model is ready to render. Just load it into your project, load the provided textures and hit the render button for instant results. Whether you’re working on a home kitchen design, a restaurant setting, or a commercial appliance showcase, this freezer 3D model seamlessly integrates into your scene with a contemporary touch. Looking for more kitchen appliances 3D models? Click HERE to explore all the options we have in stock. For detailed technical information and included formats of this refrigerator with freezer 3D model, please read the sections below.   Before purchasing our Revit families and 3D models, make sure you have a software like Winzip or Peazip to unzip files since you will be provided with zip format files.   3D Max Technical Information This highly detailed Refrigerator With Bottom Freezer 3D Model is ideal for any size of kitchen or even commercial projects. Compatible with: 3D Max 2016 and higher. Materials/textures: Yes, for Vray only. UV Mapped: Yes Geometry: Polygonal Vray version: Vray Next, update 3 and higher Approximate file size: 2.43 MB File format: .max Blender Technical Information This Refrigerator With Bottom Freezer 3D Model includes a Blender version for Cycles/Eevee as well as a Blender version for Vray. Compatible with: Blender 2.83 and higher Materials/textures: Yes UV Mapped: Yes Geometry: Polygonal Vray version: 2.79 and higher Approximate file size: 8.37 MB and 2.82 MB (Vray version) File format: .blend Additional Formats FBX, OBJ.