About this asset

This contemporary white lacquered display cabinet 3ds Max model features a multi-tiered shelving system and base storage cupboards. Designed with a clean, contemporary aesthetic, this freestanding display cabinet combines open shelving with lower closed-door storage. The structure is finished in a crisp white lacquer, providing a neutral backdrop for accessories. The unit includes a central niche with a contrasting warm-toned back panel, ideal for highlighting decorative objects. The lower section consists of four cabinet doors featuring subtle recessed panels, offering concealed storage space. The upper portion is divided into a grid of open shelves, suitable for books, vases, and personal items. The overall proportions offer a balanced, vertical storage solution.

The download is a 122 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.

To integrate this cabinet into a 3ds Max scene, merge the file and align it against a wall or as a room divider. The model is organised with logical layer naming, allowing for easy selection of the cabinet and the included decorative accessory set. Users can adjust the material parameters to refine the lacquered finish and control light reflections. For optimal results, ensure the pivot point is set to the base for precise placement within the interior environment.

This storage unit is well-suited for high-end residential interiors, particularly in living rooms, home offices, or dressing areas where display and organisation are required. It pairs effectively with modern furniture arrangements and neutral colour palettes. Professionals may search for this piece when specifying living room storage, display shelving, or decorative cabinet solutions. It works as a focal point in open-plan spaces, providing both functional storage and a platform for styling curated decor elements in contemporary architectural visualisations.