About this asset

This contemporary double vanity 3ds Max model features two black vessel sinks on a marble countertop with integrated mirrors. The unit presents a sleek, contemporary aesthetic anchored by a dark, veined marble vanity top supporting twin circular black vessel sinks. Beneath the heavy stone surface, a minimalist cabinetry module provides clean lines, complemented by a lower open-shelf platform finished in white. The set includes two frameless, thin-profile mirrors, wall-mounted faucets, and functional bathroom accessories such as towel hooks and a glass vase. The composition balances the weight of the dark stone with the lightness of the cantilevered design, creating a refined look for a modern primary bathroom environment.

The download is a 30.3 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 assembly is organised into logical layers, allowing for easy separation of the vanity unit, mirrors, and accessories. Users should check the pivot points for the wall-mounted elements to ensure precise placement against bathroom wall geometry. Materials are assigned via standard multi-sub-object shaders, which can be easily adapted to the project's specific render engine. When merging into a larger interior scene, ensure the scale is verified against the floor-to-ceiling height to maintain proper ergonomic proportions for the vanity top.

This double vanity is well-suited for high-end residential master bathrooms, boutique hotel suites, and luxury apartment developments. It pairs effectively with large-format stone tiling, recessed LED strip lighting, and contemporary sanitaryware. Designers often search for this type of unit when specifying floating vanity solutions for compact yet upscale washrooms. It serves as a focal point in bathroom interior renders, providing a complete, ready-to-place solution that minimizes the need for individual component sourcing during the early stages of design development.