Contemporary Grey Marble Open-Plan Living and Dining Scene

This contemporary 3ds Max scene features an open-plan living and dining area defined by a striking marble TV wall and staircase. This high-end residential interior scene showcases a balanced contemporary aesthetic through a sophisticated material palette. The living area is anchored by a large grey modular sofa and a dark timber coffee table, set against a dramatic wall panel of textured dark stone. A bold, sculptural spiral staircase with dark metal and marble elements serves as a central focal point, transitioning into the dining space. Large-format white marble cladding on the TV wall contrasts with the dark wood flooring and ceiling accents, creating a refined atmosphere that emphasizes clean lines and premium finishes.

The download is a 323 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.

Professionals can utilize this 3ds Max scene as a complete base for high-end residential visualizations. The file is structured to allow for immediate camera adjustment and lighting refinement. Users should manage the scene through the layer manager to isolate furniture assets or adjust material mappings on the large stone and timber surfaces. Given the complexity of the textures, ensure that the asset paths are correctly reassigned upon loading to maintain the integrity of the marble and wood shaders in the final render.

Ideal for luxury residential projects, this scene provides a ready-to-render environment for real estate marketing, interior design presentations, or architectural visualization. It serves as an excellent foundation for showcasing high-end furniture layouts, custom joinery, or lighting design concepts. Professionals searching for modern open-plan living spaces or sophisticated apartment interiors will find this asset highly efficient. It pairs well with minimalist decor, modern art, and statement lighting fixtures, making it a versatile tool for high-quality architectural renderings in competitive design markets.