Contemporary White L-Shaped Kitchen Scene with Breakfast Bar

This contemporary 3ds Max kitchen scene features a white L-shaped cabinetry layout, a sage green breakfast bar, and integrated appliances. The assembly comprises a compact L-shaped kitchen unit with floor-to-ceiling white cabinetry and a contrasting black stone worktop. A standout feature is the curved, sage green breakfast bar topped with speckled stone, paired with two upholstered velvet bar stools with slender metal legs. The backsplash uses light green square tiles, providing a subtle texture against the clean white surfaces. Integrated elements include a built-in microwave, an induction cooktop, a stainless steel sink, and a modern linear pendant light fixture above the bar, creating a cohesive and functional small-scale kitchen arrangement.

The download is a 57.8 MB compressed archive containing the native 3ds Max (.max) scene, 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 scene is organised as a single modular unit, allowing for straightforward placement within larger residential floor plans. Users should verify the scale against project-specific wall dimensions before merging. The materials are mapped as standard textures, which can be easily adjusted or swapped to match specific project lighting conditions. Layers are grouped by component type, facilitating easy toggling of individual elements like stools or lighting fixtures during the rendering process.

This kitchen setup is ideal for residential interior design projects, particularly for studio apartments, compact flats, or open-plan living areas where space efficiency is paramount. It serves as a high-quality base for visualising modern apartment developments or renovation proposals. Professionals can use this asset to quickly populate kitchen zones, pairing it with contemporary dining sets or living room furniture to create a complete, cohesive spatial layout. It is a time-saving solution for rapid conceptualisation and final architectural visualisation.