Modern Light Wood Work Desk with Integrated Shelving Set

This modern light wood work desk with integrated shelving and an office chair is a 3ds Max model featuring a compact, space-saving design. This workstation set combines a vertical storage tower with a cantilevered desk surface, finished in a light wood grain laminate. The tall unit includes closed cupboard storage at the base and top, with open shelving in the middle for displaying books or decor. A minimalist office chair with a grey mesh back and black frame accompanies the desk. The clean lines and neutral palette make this a versatile solution for small footprints. All components are modelled as a single cohesive unit, maintaining consistent proportions between the shelving height and the ergonomic desk depth.

The download is a 47.6 MB compressed archive containing the native 3ds Max (.max) model holding 2 separate objects, 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 set is organised by logical object grouping, allowing for easy placement within a scene. Users should check the pivot points to ensure the unit sits correctly on the floor plane. The wood grain textures are mapped to standard materials, which can be easily updated to match specific render engine requirements. Adjusting the height of the chair or the desktop surface is straightforward by selecting the respective vertex or element sub-objects within the editable mesh or poly format.

Ideal for residential home offices, student bedrooms, or small apartment workspaces, this unit provides a comprehensive solution for productivity in tight areas. It pairs well with contemporary interiors that utilise light timber accents and white wall finishes. Professionals searching for a compact study nook or a space-saving workstation will find this model effective for visualising functional small-scale layouts. It is suitable for both high-density residential developments and professional home-working environments where efficiency and aesthetic cohesion are required in a single footprint.