Contemporary Black Marble Rectangular Dining Set

This contemporary 8-seater dining set for 3ds Max features a black marble rectangular table paired with upholstered chairs and a pendant light. This dining set comprises a rectangular table with a black marble top featuring prominent white veining, supported by a structured base. It is accompanied by eight dining chairs upholstered in a neutral grey fabric, accented with a contrasting panel on the backrest and slim, dark-finished legs. Completing the arrangement is a double-oval LED pendant light, which echoes the clean lines of the furniture. The proportions are balanced for a formal dining space, with the chairs providing a cohesive aesthetic through their shared material palette and silhouette. All components are designed as a single, unified interior configuration.

The download is a 9.1 MB compressed archive containing the native 3ds Max (.max) model holding 9 separate objects, set up with Corona materials. Open it in 3ds Max with Corona installed; for other programs, export to FBX or OBJ from 3ds Max first.

In 3ds Max, this set is typically managed as a single group or assembly. Users should check the pivot points for each chair to ensure efficient placement around the table. The materials utilize standard texture mapping, which may require adjustment of UVW coordinates if scaled. Lighting intensity for the included pendant can be controlled via the native light object properties to match the specific exposure settings of your interior render scene.

This set is suited for high-end residential dining rooms, luxury hotel suites, and sophisticated restaurant interiors. It pairs effectively with minimalist wall treatments or dark-toned interior palettes, providing a focal point for open-plan living areas. Professionals searching for a complete dining solution will find this asset useful for staging projects that require a polished, contemporary look. It is frequently used in architectural visualization to establish a sense of scale and materiality in formal dining environments during the late design development phase.