About this asset

This contemporary beige dressing table set for SketchUp features a sleek metal frame, integrated LED mirror, and a matching layered stool. The dressing table comprises a slim, beige-finished console with a singular open orange-toned storage niche flanked by two drawers. It is supported on one side by a distinctive U-shaped gold metal frame, while the opposite side rests atop a three-drawer pedestal cabinet. A large circular mirror with a gold rim and integrated LED lighting serves as the focal point. The set includes a cylindrical stool featuring stacked, upholstered segments in graduating shades of cream, beige, and dark grey, accented by gold-coloured bands, providing a cohesive aesthetic for modern interior schemes.

The download is a 49.8 MB compressed archive containing the native SketchUp (.skp) model holding 2 separate objects. It opens directly in SketchUp; for 3ds Max, Blender or Cinema 4D, import it through a SketchUp importer or convert it first.

In SketchUp, this model is managed via a clean component hierarchy, allowing for easy separation of the table, mirror, and stool elements. Users should utilise the native layering system to toggle the accessory props on or off for cleaner renders. Materials are applied as standard textures, which can be easily re-mapped or adjusted within the material editor. The model is scaled to standard ergonomic heights, making it suitable for direct insertion into bedroom or dressing room scenes without extensive geometric modification.

This dressing table is suited for high-end residential bedrooms, luxury hotel suites, or boutique dressing rooms. It pairs well with minimalist or contemporary decor and functions effectively as a feature piece in a master suite design. Professionals searching for vanity units, bedroom furniture, or sophisticated makeup stations will find this asset useful for staging projects. It is an ideal addition to interior visualisations requiring detailed, ready-to-use furniture sets that maintain a clean, high-quality appearance across various lighting conditions and camera angles.