About this asset

This modern straight kitchen unit in 3ds Max features charcoal wood cabinetry, a white stone countertop, and integrated appliances. This linear kitchen assembly showcases a clean, contemporary aesthetic defined by dark, charcoal-stained wood grain cabinetry. The layout comprises a tall pantry unit, overhead storage cabinets, and a lower base unit housing a built-in microwave. A white stone countertop provides a sharp contrast, housing an integrated sink and a gas cooktop. The design includes a wall-mounted rail for utensils and under-cabinet LED strip lighting, enhancing the functional workspace. A white refrigerator is positioned on the left, creating a balanced visual weight against the dark timber finish of the main kitchen block.

The download is a 35.6 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.

Users can merge this kitchen assembly directly into a 3ds Max scene using the provided file. The model is structured with logical layer naming, allowing for easy selection of individual appliances, cabinetry elements, or the countertop surface. Adjustments to the wood grain mapping or stone texture tiling can be performed via the material editor to suit specific project lighting conditions. Ensure all proxy objects or instances are correctly linked before applying global illumination settings or final render passes for interior visualisations.

Ideal for residential apartment interiors, compact studio flats, or high-end hospitality kitchenettes, this assembly serves as a versatile baseline for modern design schemes. It pairs well with minimalist decor, neutral wall finishes, and industrial-style pendant lighting. Professionals searching for efficient kitchen layouts, linear cabinetry solutions, or contemporary apartment kitchen assets will find this model useful during the design development or presentation stages. It provides a realistic, scaled foundation for demonstrating spatial flow and material palettes in small-footprint living environments.