Modern Grey and White Apartment Kitchen Dining Scene

This modern open-plan apartment kitchen and dining scene for 3ds Max features a minimalist palette with grey herringbone flooring. This comprehensive interior scene presents a contemporary open-plan apartment layout connecting a kitchen and dining area. The design is defined by a monochromatic palette, utilising white vertical wall paneling and dark grey accents. The dining setup includes a sleek table with a light-toned top and black metal frame, paired with grey upholstered chairs. Lighting is provided by a trio of minimalist black pendant lights suspended above the dining table. A tall, glass-fronted display cabinet for glassware sits adjacent to the dining zone, while a dark refrigerator and kitchen cabinetry define the functional cooking space.

The download is a 588 MB compressed archive containing the native 3ds Max (.max) scene. Open it in 3ds Max; for other programs, export to FBX or OBJ from 3ds Max first.

As a pre-assembled scene, this model is designed for immediate integration into 3ds Max workflows. Professionals can utilise the existing light setup and camera angles to generate rapid interior visualisations. The scene structure allows for the easy extraction of individual furniture assets or kitchen components for use in other projects. Users should verify material paths and texture mapping upon opening to ensure all surfaces, including the herringbone floor and glass cabinet details, render correctly within their preferred engine.

This asset is suitable for high-end residential interior design projects, particularly for apartment developments and modern home renovations. It serves as a base model for testing lighting schemes, material iterations, or spatial layouts in a dining and kitchen context. Architects and visualisers can use this scene to quickly populate presentations or create marketing imagery for property sales. It pairs well with other minimalist furniture collections and contemporary decor, making it a versatile tool for early-stage design exploration and final client-facing renders.