Contemporary Grey Marble Kitchen Island with Bar Stools

This contemporary 3ds Max kitchen island set features a grey marble finish, three leather bar stools, and a suspended range hood. The assembly comprises a rectangular kitchen island finished in a dark grey marble with prominent white veining, featuring an integrated black cooktop surface. Accompanying the island are three matching bar stools, each with a contoured, warm brown leather seat shell supported by a slender black metal frame. The set also includes a minimalist, box-style suspended range hood with a clean white finish and glass detailing. The proportions are balanced for a modern open-plan kitchen, providing both functional culinary workspace and casual dining seating in a cohesive, unified aesthetic.

The download is a 44.8 MB compressed archive containing the native 3ds Max (.max) model holding 4 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.

To integrate this asset into a 3ds Max project, merge the file into your scene and ensure the island is positioned on the floor plane. The stools are grouped or individual elements, allowing for flexible arrangement around the island. Users should apply their preferred lighting setup to highlight the marble texture and leather sheen. The range hood is provided as a separate component for easy vertical alignment above the cooktop, ensuring correct spatial hierarchy in your interior kitchen visualisation.

Ideal for high-end residential kitchen designs, luxury apartment developments, or hospitality projects like boutique hotel kitchenettes. This set works well in open-plan living areas where the kitchen acts as a focal point. Professionals searching for modern kitchen furniture, stone-topped islands, or contemporary bar seating will find this piece highly versatile. It pairs effectively with minimalist cabinetry, industrial pendant lighting, or polished concrete flooring to create a sophisticated, high-contrast interior environment during the design development or final rendering stages.