7-Seater Dining Table – Premium 3D Model | PBR Textures | 3 Variations | ArchViz & Game Engine Ready

Product Description:Presenting a premium 7-Seater Dining Table 3D Model, purpose-built for high-end 3D visualization, real-time engines, and immersive environments. This model combines aesthetic precision with optimized performance, offering both visual realism and production efficiency. Whether you're working on architectural interiors, lifestyle simulations, or VR/AR-based product experiences, this asset serves as a high-value component of your digital content library.

The model features detailed geometry, carefully optimized topology, and professional texturing using a physically based rendering (PBR) workflow. With three distinct texture variations, this dining table can seamlessly adapt to a variety of interior themes—modern, classic, or rustic—enhancing the contextual relevance of your scenes.

Model Details:Vertices: 32,838

Faces: 33,027

Triangles: 62,936

Texture Details:Texture Resolution: 4096 x 4096 (4K)

Number of Texture Variations: 3

Included Texture Maps (per variation):

Basecolor

Roughness

Metallic

Ambient Occlusion (AO)

Mask Map

Normal Map

Each map is properly calibrated for PBR-compliant engines, ensuring realistic material behavior under dynamic lighting conditions.

Features & Benefits:Real-world scale and optimized UVs for seamless integration

Game-ready asset with efficient polygonal structure and clean topology

High-resolution textures for crisp, photorealistic rendering

Multiple look options via texture variation for creative flexibility

Organized and logically named files for smooth production workflows

Use Cases:Interior and architectural visualization (ArchViz)

Game development and real-time rendering (Unity, Unreal Engine)

Virtual staging and online configurators

VR and AR interactive content

CGI and promotional product videos

Technical Compatibility:Supported by Blender, 3ds Max, Maya, Cinema 4D, Unity, Unreal Engine, and other industry-standard tools

Mesh is clean, quads/tris-based, non-overlapping UVs

Pivots and transforms reset for proper alignment and instancing

Exported in commonly supported formats (FBX, OBJ, etc.)