About this asset

This contemporary 3ds Max model features a set of natural wood and rattan wall-mounted storage units and display shelves. This collection comprises five distinct pieces, including two vertical wall-mounted cabinets with internal shelving, one narrow horizontal shelf, one rectangular wall-mounted unit with a circular mirror aperture, and a long, low sideboard cabinet. Each piece is framed in a light natural wood with woven rattan panel inserts, creating a cohesive, organic aesthetic. The set includes a variety of decorative accessories, such as bottles and vases, arranged on the shelves to demonstrate scale and usage. The soft, neutral material palette makes these pieces versatile for various interior design applications.

The download is a 17.9 MB compressed archive containing the native 3ds Max (.max) model holding 5 separate objects, 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 set is organised for efficient scene integration. Users can import the entire collection as a single group or detach individual elements to populate specific wall elevations. The rattan and wood textures are mapped to standard material slots, allowing for quick adjustments to wood tones or rattan transparency. Because the assets are modular, they can be easily scaled or repositioned to fit custom joinery dimensions or retail display configurations without compromising the integrity of the mesh geometry.

These pieces are well-suited for high-end residential interiors, boutique retail showrooms, or spa environments where organic, tactile materials are desired. They serve effectively as feature wall storage in living rooms, dressing areas, or entryways. When planning a project, designers might search for rattan storage, natural wood shelving, or modular wall displays to achieve a warm, contemporary look. The inclusion of the mirror-integrated unit makes this set particularly effective for bathroom or dressing room visualisations where storage and grooming functions converge.