About this asset

This contemporary straight kitchen unit for 3ds Max features a combination of grey matte wall cabinets and wood-finished base units. The assembly comprises a full-height integrated refrigerator, a series of handleless grey upper cabinets, and lower cabinetry finished in a light wood grain. The worktop and backsplash are rendered in a high-contrast dark marble with distinct veining. An undermount double-bowl stainless steel sink and a built-in electric cooktop are integrated into the surface. The design is linear and minimalist, focusing on clean horizontal lines and the juxtaposition of solid block colours with organic wood textures, providing a balanced, functional aesthetic suitable for modern open-plan living spaces or compact apartment layouts.

The download is a 27.9 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 model is organised into logical layers for efficient management of cabinetry, appliances, and countertops. Users can easily adjust the material IDs to swap the marble texture or wood finish to match specific project palettes. The unit is scaled for standard architectural heights, allowing for quick alignment against walls. For optimal results, ensure the pivot point is set to the rear corner for seamless snapping into room geometry, and apply custom lighting to highlight the marble backsplash.

This kitchen unit is ideal for residential interior visualisations, particularly for studio apartments, small urban flats, or high-end kitchen showrooms. It pairs well with minimalist bar stools and contemporary pendant lighting. Professionals searching for a compact linear kitchen solution will find this asset effective for rapid prototyping of floor plans. It serves as a reliable base for projects requiring a clean, sophisticated aesthetic, fitting seamlessly into both mid-range developments and luxury residential design portfolios where space efficiency is a primary constraint.