Modern White Marble and Dark Wood Kitchen Island

This modern kitchen island 3ds Max model features a two-tier design with a white marble countertop and contrasting dark timber shelving. This kitchen island presents a sophisticated two-tier configuration, blending clean lines with high-contrast materials. The upper section features a white marble slab with prominent grey veining, which extends across the primary work surface. Beneath this, an integrated shelving unit crafted from dark-toned timber provides open storage for kitchen essentials. The base of the lower section is finished in a solid matte black, creating a grounded visual anchor. The composition is compact and functional, balancing open display space with a clean, minimalist aesthetic suitable for contemporary kitchen interiors.

The download is a 20.4 MB compressed archive containing the native 3ds Max (.max) model, 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 asset is typically handled as a single editable mesh or group. Users should ensure the marble texture maps are correctly aligned to the UV coordinates upon import. The object is scaled for standard kitchen heights, allowing for immediate placement within a scene. Lighting setups should account for the reflective properties of the marble surface to achieve realistic highlights. Materials are organized by sub-object, enabling quick adjustments to the wood grain or stone finish to suit specific project palettes.

Ideal for high-end residential kitchen designs and luxury apartment developments, this island serves as a central focal point for open-plan living areas. It pairs well with modern bar stools and minimalist pendant lighting. Professionals often search for this asset when detailing upscale kitchen layouts, breakfast bars, or social cooking zones. Its clean geometry makes it a versatile choice for both contemporary and transitional interior schemes, providing a practical solution for adding storage and surface area to a professional architectural visualization.