Modern White Ceramic Washbasin with Marble Vanity Unit

This modern 3ds Max model features a white ceramic washbasin integrated into a grey marble-topped vanity unit with open shelving. The vanity unit features a clean, contemporary aesthetic, combining a white ceramic basin with a grey marble-patterned countertop. The base structure is divided into a closed storage section with smooth white cabinetry and an open, dark-toned side unit with two shelves for storage or display. A minimalist black curved faucet is mounted directly into the basin surface, providing a striking contrast against the white ceramic. The entire assembly is designed for wall-hung installation, ensuring a streamlined look suitable for compact or high-end bathroom interiors. A small soap dish is included on the counter.

The download is a 54.2 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 as a single assembly for easy scene placement. Users can adjust the material IDs for the marble top or cabinet surfaces to suit specific project palettes. The geometry is clean, allowing for efficient merging into larger architectural scenes. Standard workflow involves aligning the unit to the wall plane and assigning appropriate lighting to highlight the metallic finish of the faucet and the reflective properties of the ceramic basin.

This vanity unit is ideal for residential bathroom designs, luxury hotel suites, or boutique commercial washrooms where space efficiency and modern styling are required. It pairs well with minimalist wall mirrors and concealed lighting solutions. Professionals searching for a complete, ready-to-use bathroom fixture will find this asset useful for both early-stage visualisations and detailed interior documentation. It serves as a focal point in contemporary bathroom layouts, easily integrated into various render styles from high-contrast architectural imagery to soft, natural lighting scenarios.