About this asset

This contemporary L-shaped kitchen scene for 3ds Max features a contrasting mix of charcoal floor-to-ceiling cabinets and grey wall units. The assembly comprises a tall, charcoal-finished bank of cabinetry housing integrated appliances, including dual ovens and a coffee machine, paired with a secondary L-shaped run of grey shaker-style cabinets. A stone-effect backsplash and countertop tie the two zones together, maintaining a clean aesthetic. The lower run incorporates a gas hob, a sink with a minimalist faucet, and ample storage space. The design balances dark, modern vertical elements with more traditional, lighter horizontal cabinetry, providing a functional and visually cohesive layout suitable for various high-end residential kitchen configurations.

The download is a 28.8 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.

When using this 3ds Max scene, place the kitchen assembly as a single object or group within your architectural model. Ensure the unit is aligned correctly with your floor and wall geometry. You can easily adjust the material parameters of the stone backsplash and cabinet finishes to suit specific project palettes. Because the appliances are integrated into the cabinetry, verify that the pivot points are correctly set for any potential modifications to the door opening animations or cabinet hardware adjustments.

This L-shaped kitchen assembly is ideal for residential interior visualisations, particularly for open-plan living and dining areas where a sleek, modern aesthetic is required. Architects and designers can utilise this asset during the concept development or final presentation stages to demonstrate spatial flow and cabinetry layout. It pairs well with modern bar stools, contemporary pendant lighting, and neutral floor finishes. Search for this model when needing a complete, ready-to-render kitchen solution that avoids the complexity of assembling individual modular cabinets.