Scandi Natural Wood Work Desk Set with Shelving

This 3ds Max workspace set features a natural wood desk, a spindle-back chair, and two wall-mounted shelves with decor accessories. This workspace set comprises a minimalist writing desk with two integrated drawers and splayed legs, paired with a classic spindle-back chair. Both pieces are finished in a light natural wood tone, highlighting the grain. The set includes two wall-mounted shelves, supported by black metal triangular brackets, which come pre-populated with a curated selection of home office accessories. These items include a laptop, books, a small potted plant, a decorative wooden mannequin, and various ceramic vessels. The composition offers a clean, functional aesthetic suitable for compact residential or professional study environments.

The download is a 25.4 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.

To integrate this set into a 3ds Max scene, merge the file as a single group or individual assets to maintain layer organisation. The materials are mapped for standard render pipelines, but users should verify texture paths upon importing. If adjusting the scene lighting, ensure the desk surface reflections are managed to complement the wood finish. The model is scaled for standard ergonomic heights, making it straightforward to position against walls or within architectural floor plans.

This set is ideal for populating home office nooks, bedroom study areas, or small apartment workspaces. It pairs well with modern residential interiors, particularly those emphasising light timbers and functional storage. Professionals can use this asset to quickly stage interior visualisations for residential projects or small-scale commercial office fit-outs. It is a versatile choice when searching for a complete study solution, desk arrangement, or workspace decor, ensuring a cohesive look without the need to source individual matching components.