Contemporary Grey Lacquer Nightstand with Pendant Light Set

This contemporary 3ds Max model features a grey lacquer nightstand paired with a conical pendant light and decorative ceramic vases. The nightstand features a clean-lined, boxy silhouette finished in a smooth light-grey lacquer, supported by a minimalist black metal frame. Two drawers are integrated into the facade with simple, recessed horizontal pulls. Above, a sleek black conical pendant light hangs suspended, casting a modern silhouette. The surface is styled with two white, teardrop-shaped ceramic vases, one accompanied by a slender decorative branch. This compact arrangement balances solid geometric forms with delicate organic accents, providing a ready-made vignette for interior scenes that require a refined, understated aesthetic with high-contrast monochrome detailing.

The download is a 14.1 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 for easy separation of the furniture, lighting, and decor elements. Users should check the pivot points for the drawers and pendant light to ensure correct placement within their scene. Apply materials via the material editor to match your specific render engine requirements. The lighting element can be easily scaled or adjusted to suit varying ceiling heights, while the objects can be ungrouped to populate other areas of the room.

Ideal for residential bedroom projects or boutique hotel suite visualisations, this set provides a cohesive look for bedside styling. It works well in minimalist, contemporary, or transitional interiors where a clean, uncluttered aesthetic is requested. Professionals might search for 'bedroom nightstand vignette', 'modern bedside set', or 'contemporary bedroom decor' to find this type of asset. It pairs effectively with neutral wall finishes and soft textiles, serving as a focal point for close-up camera angles in architectural renderings.