About this asset

This contemporary white lacquered TV cabinet for 3ds Max features a sleek low-profile frame with brass-finished hardware detailing. This media console presents a clean, contemporary aesthetic defined by its smooth white lacquered finish and elegant, slightly curved apron base. The unit is structured with a central open shelving section for media components, flanked by two side storage drawers. Each drawer is accented with small, circular brass-toned knobs that provide a subtle metallic contrast to the monochrome body. The top surface offers a generous span for television placement or decorative styling, while the overall silhouette maintains a balanced, refined profile suitable for modern living room interiors requiring understated and functional storage.

The download is a 6.3 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.

Designed for 3ds Max, this model is structured for efficient scene integration. Users should check the layer hierarchy upon import to manage the cabinet and its decorative accessories independently. Materials are mapped to standard slots, allowing for quick adjustments to the lacquer sheen or metal reflectivity to match specific project lighting conditions. Ensure the unit is scaled to match your floor plan before populating the shelves with additional media assets or decorative objects.

Ideal for residential living rooms and home media suites, this TV cabinet serves as a versatile anchor for contemporary or transitional interior design schemes. It pairs well with minimalist wall treatments, neutral area rugs, and metallic lighting fixtures. Professionals searching for media consoles, low storage units, or living room furniture will find this asset fits seamlessly into high-end residential projects. It provides a clean, unobtrusive storage solution that complements both open-plan layouts and more traditional, enclosed seating areas.