Modern White and Wood Desk Set with Accessories

This modern white and wood desk set for 3ds Max features a compact workstation complete with a wire-frame chair and curated accessories. This modern desk features a white rectangular surface integrated with a raised storage shelf and side cubbies. The frame is supported by four tapered, splayed timber legs. Included in the set is a black wire-frame chair with a seat cushion, providing a lightweight visual contrast to the desk. The arrangement is completed by a collection of desk accessories, including an adjustable task lamp, a potted plant, framed wall art, and various office stationery. The overall aesthetic combines clean, minimalist lines with warm natural wood tones and neutral white finishes, suitable for contemporary interiors.

The download is a 26.6 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.

The model is provided as a cohesive set, allowing for easy integration into interior scenes. Users can import the file into 3ds Max and place the desk as a single unit or separate individual components for greater flexibility. Each element is organised by layer, enabling the adjustment of materials or the modification of the desk accessories independently. For optimal performance, ensure the textures are correctly mapped after importing and use a standard light setup to highlight the wood grain and matte white surfaces.

Ideal for residential home office setups, small study nooks, or contemporary bedroom workspaces, this set provides a functional and stylish focal point. It pairs well with neutral palettes and minimalist decor, making it a versatile choice for interior design projects requiring a clean, uncluttered aesthetic. Professionals can search for this asset when designing student rooms, compact professional offices, or apartment living spaces where space-saving furniture is required. The set is ready for immediate placement in architectural visualizations at any stage of the design process.