Contemporary Marble and Wood TV Wall Unit in Natural Wood

This contemporary 3ds Max TV wall unit features a marble-clad central panel, slatted wood detailing, and integrated storage shelving. The assembly combines a large-format white marble panel with dramatic veining, set against a backdrop of vertical slatted wood timber panels. A low-profile, long horizontal base cabinet provides concealed storage, while a black metal shelving unit is integrated directly into the marble section. The central recessed area is designed to house a flat-screen television. The composition is balanced by a playful sculptural figure on one side, adding a modern focal point. Precise material transitions between the natural wood textures and the polished stone create a sophisticated, high-end aesthetic suitable for luxury interiors.

The download is a 13 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.

In 3ds Max, this model is organised into logical layers, allowing for easy selection of the timber slats, marble cladding, and shelving components. Users should apply high-resolution texture maps to the marble surfaces to preserve detail in close-up renders. The unit is built to a standard scale, making it simple to snap to a wall surface in your scene. Ensure that your lighting setup accounts for the reflective properties of the marble and the matte finish of the slatted wood for realistic results.

This TV wall unit is ideal for high-end residential living rooms, media suites, and luxury apartment developments. It serves as an excellent feature wall solution for interior design projects requiring a refined, contemporary look. Designers can pair this with minimalist sofas, low-profile lounge furniture, and neutral-toned rugs to maintain a balanced aesthetic. Search for this asset when specifying media storage, feature wall panelling, or bespoke cabinetry solutions for upscale client projects where material contrast is a key design requirement.