About this asset

This contemporary 3ds Max model features a black wood dressing table with a suspended circular mirror and a matching fabric pouf. The set comprises a compact, curved-corner dressing table finished in a matte black tone, featuring a slim storage drawer integrated into the tabletop. A large, circular mirror is suspended above the console by a minimalist frame, creating a floating aesthetic. The accompanying cylindrical pouf is upholstered in a textured grey fabric with subtle button-tufting on the seat. The composition is completed by small decorative elements including a glass vase and an open book, reflecting a refined, modern approach to private vanity spaces where clean lines and functional storage are prioritised.

The download is a 39.2 MB compressed archive containing the native 3ds Max (.max) model holding 3 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.

Users can import this 3ds Max asset directly into their scene, where the objects are typically organised by layers for easy material management. The geometry is clean, allowing for quick placement within bedroom layouts. Texture mapping is pre-configured, so designers should verify scale against their room dimensions upon insertion. Lighting can be adjusted to highlight the matte finish of the wood and the softness of the fabric pouf, ensuring the materials react realistically to interior lighting setups within the native environment.

This dressing table set is suited for high-end residential master bedrooms, walk-in closets, or luxury hotel suites. It pairs effectively with modern interior palettes, particularly those featuring monochrome or neutral schemes. Designers searching for vanity solutions or bedroom furniture will find this piece useful for creating intimate personal grooming zones. It serves as a focal point in boutique hospitality projects or contemporary apartment designs, providing a functional yet aesthetically cohesive solution for compact spaces that require both utility and a refined visual statement.