Beige Stone Kitchen Island with Two Bar Stools

This contemporary 3ds Max kitchen island set features a beige stone countertop and two grey metal bar stools for modern interiors. This kitchen island set comprises a rectangular island with a thick, textured beige stone finish that spans the top and one side support. A contrasting dark recessed cabinet section is visible beneath the overhanging counter. Accompanying the island are two slender, grey metal bar stools with minimalist profiles, providing integrated seating for a breakfast bar configuration. Decorative elements included on the surface are two ceramic vases and a small tea set, adding a refined, lived-in aesthetic to the functional unit. The proportions are balanced for open-plan living areas or boutique kitchen spaces.

The download is a 38.9 MB compressed archive containing the native 3ds Max (.max) model holding 3 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 model is structured with distinct object layers for the island and the stools, facilitating easy placement within your scene. The stone and metal materials are mapped with appropriate textures, which can be adjusted via the material editor to match your lighting conditions. Ensure the unit is scaled correctly against your floor plan before merging, and utilise standard lighting setups to highlight the natural stone grain and the clean lines of the metal frames.

Ideal for residential kitchen designs, this island serves as a focal point for open-concept layouts, luxury apartments, and modern hospitality projects. It pairs well with minimalist cabinetry and neutral interior palettes. Professionals often search for this asset when drafting kitchen islands, breakfast bars, or stone-topped surfaces for high-end residential renovations. Use this model to populate kitchen renders, studio showrooms, or concept visualisations where a sophisticated, functional seating area is required to demonstrate flow and social interaction within the space.