About this asset

This 3ds Max dining set features a round pedestal table paired with three distinct eclectic chairs, ideal for contemporary interior scenes. The set comprises a circular dining table with a grey laminate top and a metallic edge, supported by a central four-pronged metal pedestal base. Accompanied by three stylistically varied chairs, the collection includes one yellow moulded plastic chair, one rattan-backed chair with a brown seat, and one minimalist timber chair with a woven seat. Each piece is distinct in form and material, creating a curated, eclectic aesthetic. Small decorative accessories, including a vase with flowers and coffee cups, are included as part of the scene, enhancing the visual realism of the composition.

The download is a 64 MB compressed archive containing the native 3ds Max (.max) model holding 4 separate objects. Open it in 3ds Max; for other programs, export to FBX or OBJ from 3ds Max first.

Users can merge this set directly into 3ds Max scenes. Each element is typically organised by layer, allowing for individual placement or modification of the chairs around the table. The materials are mapped for standard renderers; users should verify texture paths and scale upon insertion. The central pedestal base is designed for stability and easy alignment in floor plans. Lighting setups should be adjusted to highlight the varied textures of the wood, rattan, and plastic components to achieve a high-quality final render.

This dining set is versatile for residential dining areas, casual cafe environments, or boutique retail showroom displays. Its eclectic mix of seating styles works well in modern or bohemian interiors where a curated, non-uniform look is desired. Professionals searching for a pre-composed dining vignette will find this useful for quick staging. It pairs effectively with open-plan layouts or smaller kitchen nooks, providing a balanced, visually interesting focal point for architectural visualisations and interior design presentations requiring a lived-in, humanised atmosphere.