Wood L-Shaped Kitchen Unit with Integrated Appliances

This modern L-shaped kitchen scene for 3ds Max features integrated appliances, light wood base cabinets, and white wall units with a stone worktop. Designed as a compact L-shaped configuration, this kitchen unit integrates a full-height refrigerator, dishwasher, and hob into a cohesive assembly. The base cabinetry features a light wood grain finish, while the upper wall units are finished in a clean white, creating a balanced aesthetic. A dark, speckled stone worktop provides a durable contrast. The layout includes open shelving at the end of the wall run and a stainless steel sink inset. All components are presented as a single unit, providing a functional solution for contemporary residential kitchen design layouts.

The download is a 28.3 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 working in 3ds Max, this kitchen model should be managed as a single grouped assembly or separate layers for cabinets, appliances, and worktops. Users can easily adjust the scale to fit specific floor plans or modify material IDs to update the cabinet finishes or worktop textures. The model is prepared for standard lighting setups, where adding an HDRI or area lights will define the surface reflections on the appliance facings and the matte finish of the timber cabinetry.

This kitchen unit is ideal for residential interior visualisations, particularly for compact apartment designs or open-plan living spaces. It functions well in early-stage concept modelling or final high-quality renders. Professionals searching for pre-assembled kitchen solutions will find this useful for quick staging. It pairs effectively with modern dining sets and contemporary lighting fixtures. Use this asset for architectural projects requiring realistic kitchen joinery and appliance integration, suitable for both new-build developments and renovation proposals where space efficiency is a primary design constraint.