About this asset

This contemporary 3ds Max model of a natural wood and rattan dressing table features an integrated arched mirror and twin storage drawers. Defined by a blend of warm natural wood framing and intricate cane webbing, this dressing table offers a clean, organic aesthetic. The structure centres around a prominent arched mirror set within a timber frame, flanked by two pull-out drawers. Both the drawer fronts and the lower support panel are finished with detailed rattan mesh. Slim leather-tab pulls provide a minimalist touch to the drawer faces. The overall composition is balanced and airy, prioritising light textures and soft geometric lines suitable for modern interior schemes requiring a touch of tactile materiality.

The download is a 14.4 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.

In 3ds Max, this model is organised with logical naming conventions for easy scene management. Users can quickly adjust the wood and rattan material shaders to match specific project lighting conditions. The geometry is clean, allowing for efficient placement against interior walls. Because the unit is a single, self-contained assembly, it can be easily scaled or positioned within a bedroom or dressing suite. Ensure the pivot point is set to the base for precise alignment with floor-level or wall-mounted references during the layout process.

Ideal for residential master suites, boutique hotel rooms, or luxury dressing areas, this piece brings a sense of calm sophistication to the space. It pairs effectively with minimalist wooden stools or upholstered accent chairs. Professionals often search for this style when designing projects that favour japandi, bohemian, or tropical interior themes. Whether used as a standalone vanity or integrated into a custom joinery wall, its neutral palette and natural textures make it a versatile asset for high-end interior visualisations and architectural design presentations.