High-quality, modern wooden table with sleek metal legs. Perfect for ArchViz, offices, and homes.Enhance your interior scenes with this high-quality, modern wooden table 3D model. Featuring a beautifully textured realistic wood surface and sleek, sturdy metal legs, this asset perfectly balances industrial and contemporary minimalist design. It is highly optimized for Unity, making it ideal for architectural visualization (ArchViz), modern home interiors, corporate office spaces, and VR/AR applications. The model includes PBR materials, ensuring realistic lighting and reflections in any environment. Whether you are designing a dining room, a stylish conference room, or a home workspace, this versatile table will add a touch of modern elegance to your project.modern wooden dining tableindustrial wood office deskcontemporary minimalist furniturerealistic wood table pbrmetal legs wooden deskarchitectural visualization interior assethigh quality dining tablemodern conference room tablescandinavian style wood furniturevr ar ready tableliving room dining tablehome office wooden workstationmodern interior design propssolid wood metal frame tablerealistic textured wood desklow poly modern furnituresleek wooden meeting tablepbr wood table assetmodern loft style furnitureluxury wooden dining deskFile Format: FBXDimensions: 200L x 80W x 75H centimetersFaes - 1420Verties - 1434Triangles - 2840Textures:• Resolution: 2048 × 2048 (2K)• Base Color• Normal Map• Mask Map (Metallic, AO & Smoothness)Materials:• Physically Based Rendering (PBR)• Compatible with Unity Universal Render Pipeline (URP)• Compatible with Unity High Definition Render Pipeline (HDRP)UVMapping:· Clean UV Layout· Non-Overlapping UVs· Optimized for TexturingScale:· Real-World Scale· 1 Unit = 1 MeterRigging:· Not RiggedAnimation:· No Animations IncludedMesh Type:· Static Mesh· Game Ready· Low PolyCompatibility:· Unity· Unreal Engine· Blender· 3ds Max· MayaSuitable For:· Games· VR / AR Applications· Interior Design· Architectural Visualization· Product Rendering· Real-Time Projects
