About this asset

This minimalist beige wooden nightstand 3ds Max model features a clean-lined, single-drawer configuration with subtle leg detailing. Constructed with a focus on simplicity and geometric order, this nightstand presents a matte beige finish over a timber frame. The design incorporates a single, deep drawer front framed by slender vertical and horizontal trim elements that create a structured, grid-like appearance. It stands on low, recessed feet, maintaining a low-profile silhouette suitable for contemporary bedroom settings. The top surface provides ample space for bedside essentials, shown here styled with a small glass vase, dried botanical elements, a ceramic bowl, and a stack of books, which are included as part of the asset set.

The download is a 48.4 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.

Within 3ds Max, this model is organised into logical layers for easy manipulation and placement. Users can adjust the material parameters to customise the wood grain or colour finish as required for specific interior scenes. The asset arrives with appropriate pivot points for standard alignment against walls or alongside bed frames. Ensure that lighting is balanced to highlight the subtle texture of the wood finish and the cast shadows beneath the unit, which define its grounded, minimalist aesthetic within the broader room environment.

Ideal for residential bedrooms and high-end hotel suites, this nightstand complements modern and Japandi interior design styles. It functions well as a standalone piece or as a pair flanking a contemporary bed frame. Architects and interior designers will find this piece useful for staging master suites, guest rooms, or boutique apartments where a clean, uncluttered look is desired. Use search terms such as bedside unit, bedroom side table, or minimalist storage to integrate this piece into your project documentation and visualisations.