About this asset

This contemporary open bookshelf for 3ds Max features a grey marble back panel paired with warm walnut timber shelves and drawers. This floor-standing open-frame bookshelf features a striking contrast between its vertical dark grey marble-effect back panel and horizontal walnut-toned timber surfaces. The unit consists of three upper open shelves for display and storage, finished with a base section containing two integrated deep drawers. The side panels provide a slim, minimalist profile, ensuring the piece maintains a lightweight aesthetic despite its architectural presence. Included decorative accessories such as books and vases are modelled into the unit, providing immediate visual context for interior layouts. The clean lines and material juxtaposition suit modern, sophisticated living spaces.

The download is a 9.6 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 structured with logical layer separation for easy material assignment and object management. Users should check the pivot point upon insertion, as the unit is designed to sit flush against a wall surface. The textures are mapped for realistic light interaction with the marble veining and wood grain. If adjusting the scene lighting, ensure the reflective properties of the marble are considered to maintain depth and realism within the final rendered output.

Ideal for residential living rooms, home offices, or sophisticated study areas, this bookshelf provides both functional storage and an elegant display surface. It pairs well with minimalist furniture or mid-century modern accents. Professionals seeking to populate high-end interior visualizations will find this versatile unit useful for defining wall space in contemporary apartment designs or executive office suites. Search for it when specifying open-concept storage, display furniture, or feature wall elements that require a refined balance of natural materials and clean, geometric forms.