Dinning Table Low-poly 3D model

Dining Table – High-Quality 3D Model | Game & ArchViz Ready | PBR Textures | 3 Variations

Product Description:Presenting a realistic Dining Table 3D Model designed to meet the standards of modern 3D production pipelines across architecture, gaming, product visualization, and immersive applications. Built with clean geometry and optimized topology, this asset ensures both high-quality visual output and efficient performance.

With three texture variations, this model is ideal for adapting to different interior design themes—whether you're visualizing a sleek contemporary home or a more rustic dining environment. The asset utilizes a complete PBR (Physically Based Rendering) workflow, offering consistent, realistic material responses under various lighting conditions.

Model Details:Vertices: 6,858

Faces: 11,432

Triangles: 12,772

Texture Information: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

Textures are authored for seamless integration into both real-time engines and offline renderers, ensuring compatibility and fidelity.

Key Features:Game-ready mesh with efficient polygon count and optimized UV layout

Three distinct finishes for visual flexibility and style adaptability

Fully unwrapped, non-overlapping UVs for accurate material mapping

PBR-compliant textures suitable for Unity (URP/HDRP), Unreal Engine, Blender, 3ds Max, Maya, and more

Real-world scale and centered pivot point for intuitive scene placement

Ideal Use Cases:Architectural and Interior Visualization (ArchViz)

Virtual Reality (VR) and Augmented Reality (AR) applications

Game environments and lifestyle simulations

CGI and e-commerce product rendering

Digital showrooms and design configurators

Technical Compliance:

Clean mesh hierarchy and logical object naming

Export-ready in common formats like FBX and OBJ

All transformations reset; model placed at origin for immediate use

Optimized for both desktop and mobile platforms