Contemporary White and Black Lacquer Nightstand Decor Set

This contemporary 3ds Max model features a white and black lacquer nightstand paired with a curated set of bedroom decor accessories. The nightstand showcases a sleek, minimalist aesthetic with two soft-closing drawers finished in a high-gloss white lacquer, contrasted by a deep black top surface. Its tapered legs and slender drawer pulls are finished in a polished metallic gold, adding a refined touch. Included in the set are several tabletop items: a modern spherical pendant light suspended above, a black marble cube with a decorative sphere, a digital clock, and a stack of books. The composition balances clean geometric lines with luxurious material textures, suitable for high-end interior visualizations.

The download is a 5.4 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 into logical layers, allowing users to easily toggle the decor accessories on or off depending on the scene requirements. The materials are set up for standard render pipelines, with textures mapped to coordinate with the geometry. Users can merge this file directly into a bedroom project, adjusting the pivot points for precise placement against a bed frame or wall. Ensure the light source is properly linked to the scene environment for accurate reflections on the lacquer surfaces.

This piece is ideal for master bedroom suites, luxury hotel guest rooms, or high-end residential interior renders. It pairs well with contemporary upholstered bed frames and minimalist bedside lighting arrangements. Architects and designers can utilise this set to quickly populate bedroom scenes, providing a lived-in, styled look without needing to source individual accessories. Search for this asset when requiring refined, ready-to-use bedside furniture modules for residential projects, hospitality design portfolios, or high-quality architectural visualization imagery.