About this asset

This modern straight kitchen unit for 3ds Max features oak-finish cabinetry paired with a white marble countertop and integrated appliances. This linear kitchen assembly consists of base cabinets finished in a natural oak wood veneer and wall-mounted storage units in a clean white finish. The worktop is rendered in a white marble with subtle grey veining, providing a high-contrast surface. Integrated elements include a black electric induction cooktop, a built-in oven, and a double-basin black sink with a minimalist faucet. The layout is compact and efficient, designed for a modern residential context where space-saving and clean lines are prioritized. All hardware and appliance positions are fixed within the provided geometry for immediate placement.

The download is a 56.8 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 utilize this 3ds Max model, merge the assembly into your scene and ensure the unit is aligned to your floor plane. The textures are mapped for realistic light interaction; check the material editor to adjust the reflection parameters on the marble and wood surfaces if your lighting setup differs from the default. The model is organized by layers, allowing you to toggle the visibility of the wall units or individual appliances as required for your specific interior render or floor plan view.

This kitchen unit is ideal for residential interior visualization projects, particularly for apartment designs or open-plan living spaces where a contemporary, minimalist aesthetic is required. It pairs well with neutral palettes, light-wood flooring, and architectural lighting solutions like downlights or pendant fixtures. Professionals searching for a ready-to-use kitchen block for rapid prototyping or high-end architectural presentations will find this asset fits standard residential kitchen configurations. It is suitable for use in both early-stage spatial planning and final photorealistic rendering workflows.