About this asset

This contemporary 6-seater dining set for SketchUp features a grey marble table paired with blue upholstered chairs and a rug. The dining set comprises a rectangular table with a light grey marble top supported by a central base. Six matching dining chairs surround the table, each featuring a curved, semi-enclosed backrest upholstered in a textured blue fabric. The chairs are elevated on slim, gold-toned metal legs. The set includes a decorative rug with a geometric blue and white pattern, finished with fringed edges. A central vase arrangement and individual place settings, including plates and bowls, complete the composition, providing a cohesive look for a formal dining area or high-end residential interior.

The download is an 11.9 MB compressed archive containing the native SketchUp (.skp) model holding 7 separate objects. It opens directly in SketchUp; for 3ds Max, Blender or Cinema 4D, import it through a SketchUp importer or convert it first.

In SketchUp, this set is organised into components to facilitate easy placement and manipulation within a model. Users can apply individual material overrides to the marble texture or chair fabric to suit specific project palettes. Because the geometry is grouped by object type, scaling the table or repositioning chairs relative to the central axis is straightforward. Ensure the model origin is correctly set to the base of the table legs for efficient snapping to floor planes and interior surfaces.

This dining set is suited for residential dining rooms, luxury kitchen-diners, or boutique restaurant interiors where a sophisticated aesthetic is required. It pairs well with minimalist or contemporary interior schemes, acting as a focal point in open-plan living spaces. Designers looking for a ready-to-render dining arrangement for high-end residential projects or hospitality staging will find this model effective. Search terms such as luxury dining furniture, marble top table, or upholstered dining chairs will help locate similar assets for interior visualisation workflows.