Contemporary White Marble Dining Set with Kitchen Island – Variant 3

This contemporary 3ds Max dining set features a marble-top rectangular table, six upholstered chairs, and a matching kitchen island. The set comprises a long, rounded-corner dining table with a white marble top, paired with six matching grey upholstered dining chairs featuring tapered legs. Accompanying the dining area is a compact, open-shelving kitchen island finished in black, topped with a matching marble surface and integrated sink. The island includes two bar stools with low, curved backrests and slim metal frames. This cohesive assembly balances the clean, cool tones of the marble with the soft texture of the fabric seating and the structured, dark profile of the kitchen storage unit.

The download is a 21.8 MB compressed archive containing the native 3ds Max (.max) model holding 10 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 organised by object type, allowing for easy selection and placement within an interior scene. The materials are pre-applied, though users should verify texture paths upon merging. The model is scaled for standard residential heights, making it ready for integration into open-plan kitchen and dining room layouts. Lighting can be balanced by adjusting the exposure to highlight the reflective quality of the marble surfaces and the matte finish of the fabric upholstery.

This dining and kitchen configuration is suited for high-end residential projects, luxury apartments, and modern hospitality interiors. It is an efficient choice for rendering open-plan living spaces where the kitchen and dining areas are visually linked. Professionals searching for integrated kitchen-dining solutions or contemporary furniture sets will find this asset useful for staging high-quality interior visualisations. The neutral palette pairs well with various flooring materials, from polished concrete to dark timber, allowing for versatile application in diverse architectural design schemes.