Contemporary Grey and Walnut Wood Integrated Wall Desk Set

This contemporary 3ds Max workspace set features an integrated wall-mounted desk, overhead storage, and dual-pedestal drawers. This comprehensive workspace solution combines a sleek, matte grey desktop with warm walnut-toned timber cabinetry. The unit features an expansive overhead storage system with both closed cupboards and open shelving for display. Below the work surface, twin pedestal cabinets provide ample storage, each containing three drawers with minimalist horizontal pulls. The desk is accompanied by a modern upholstered swivel chair with a slender metal base. The overall composition is balanced and functional, designed to maximise vertical space while maintaining a clean, professional aesthetic suitable for both home and commercial office environments.

The download is a 46.4 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.

For seamless integration into 3ds Max, import this set as a single block or group to maintain the spatial relationship between the desk, shelving, and chair. The materials are logically mapped, allowing for easy adjustment of wood grain direction or surface finishes. Ensure the unit is snapped to the wall plane for proper alignment in your floor plan. Use layers to separate the desk assembly from the decorative accessories, enabling you to toggle clutter on or off during your render setup process.

Ideal for high-end home office designs or executive corporate suites, this desk set serves as a primary focal point for study or work areas. It pairs effectively with modern task lighting and minimalist decor. Professionals searching for a complete, ready-to-render office solution will find this asset efficient for interior visualisations. It is particularly well-suited for projects requiring a cohesive, built-in look, such as luxury residential developments or contemporary architectural proposals that prioritise both ergonomic functionality and refined, clean-lined storage solutions.