About this asset

This minimalist straight kitchen unit 3ds Max model features clean white cabinetry, a grey marble-effect countertop, and integrated appliances. This linear kitchen assembly comprises a full set of base cabinets and wall-mounted storage units, finished in a crisp matte white. The layout incorporates a stainless steel sink with a mixer tap, a sleek glass-ceramic cooktop, and an integrated range hood. A section of the upper cabinetry features open shelving, providing a functional break in the solid door profile. The countertop is finished in a light grey marble, which continues as a matching splashback. The base units include a mix of deep drawers and standard cupboards, offering a balanced storage solution for contemporary residential interiors.

The download is a 40.2 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.

To integrate this unit into a 3ds Max project, merge the assembly into your scene and align it with the wall plane. The model is structured with logical layer separation, allowing for easy selection of hardware, cabinetry, and appliances. Apply your preferred materials to the countertop and cabinet faces to match specific project finishes. Ensure the light sources are positioned correctly relative to the hood and under-cabinet areas to achieve realistic reflections on the marble and metallic surfaces.

This kitchen unit is well-suited for modern residential apartments, compact studio flats, and boutique hotel kitchenette designs. It pairs effectively with minimalist interior schemes, neutral colour palettes, and contemporary lighting fixtures. Architects and interior designers can utilise this asset during the concept development or detailed design stages of a project. Search for this model using terms such as linear kitchen joinery, contemporary kitchen cabinetry, or minimalist fitted kitchen to find similar configurations for your interior design visualisation and planning workflows.