About this asset

A modern computer CPU tower Revit family featuring a slim vertical chassis with front ventilation louvres set above an integrated perimeter floor stand. The asset depicts a standard desktop workstation tower rendered in a clean geometric profile. It features an upright rectangular enclosure with a stepped front bezel accommodating a distinct series of horizontal air-intake louvres across the lower third. A horizontal seam delineates the upper drive or port panel from the cooling grille below. The unit rests on an extended base plinth that slightly overhangs the main casing perimeter, keeping the equipment elevated. Shaded in neutral grey and off-white tones, the exterior reflects typical powder-coated sheet metal and moulded plastic commercial computer construction.

The download is a 51 KB file containing a Revit family (.rfa). Load it into a project from the Insert tab with Load Family, then place it like any other component of its category; it schedules and tags with the rest of your model.

Load this lightweight RFA component directly into project environments to populate open-plan workstations, reception consoles, or IT server nooks without overloading model performance. Users can position the family freestanding on floor finishes, mount it inside under-desk CPU cradles, or place it on work surfaces. Standard Revit visibility settings allow clean representation in plan, elevation, and 3D coordination views, while materials can be mapped to project-specific palette requirements.

Suited for corporate office floor plates, educational computer labs, financial trading desks, and administrative healthcare hubs, this item adds essential secondary detail to fit-out documentation. Model managers and interior designers frequently specify PC desktop towers, workstation towers, and computer hardware accessories alongside desks, task seating, and dual-monitor arms. It supports detailed equipment schedules, cable routing allowances, and spatial clearance checks during detailed design and technical coordination phases.