Contemporary White Marble 8-Seater Dining Set in Brown

This contemporary 8-seater dining set in SketchUp features a white marble rectangular table, tufted cream fabric chairs, and a pendant light. This dining set is defined by its substantial rectangular table with a polished white marble top, supported by a dark, rich-toned timber pedestal base with distinctive curved structural elements. It includes eight matching dining chairs, each featuring deep-button tufting on the backrest and upholstered in a neutral cream fabric. The set is accompanied by a linear, multi-strand metal pendant light in a warm metallic finish. The ensemble is accessorised with a table runner, formal place settings, and a central floral arrangement, creating a complete, ready-to-render dining room composition.

The download is a 40.7 MB compressed archive containing the native SketchUp (.skp) model holding 9 separate objects. It opens directly in SketchUp; for 3ds Max, Blender or Cinema 4D, import it through a SketchUp importer or convert it first.

To integrate this set into a project, import the file into the SketchUp workspace as a component. Ensure the model origin is placed at the floor level for accurate positioning. Use the layers or tags panel to manage the visibility of the individual chairs and the pendant light independently. The materials are pre-applied, though users may need to re-map texture coordinates if scaling the model significantly to ensure the marble grain and fabric weave remain consistent across the geometry.

Ideal for high-end residential dining rooms, luxury hotel suites, and formal restaurant interiors, this set provides a polished aesthetic for architectural visualisations. It pairs well with neutral palettes, dark wood flooring, and soft ambient lighting. Professionals searching for a complete dining solution will find this asset useful for staging open-plan living areas or dedicated hosting spaces. The tufted upholstery and stone tabletop add a refined, high-quality touch suitable for both classic and contemporary design schemes in mid-to-high-end project stages.