About this asset

This mobile anesthesia machine Revit family features an integrated equipment tower, dual auxiliary monitor arms, and lower storage drawers on casters. Designed as a specialized clinical workstation, the unit comprises a rounded mobile base set on four heavy-duty casters supporting a two-drawer cabinet module. Above the spacious intermediate work surface sits an upper monitoring and delivery tower equipped with integrated digital displays, circular control dials, ventilator controls, and twin vaporizer chambers. A side-mounted articulating swivel arm carries an additional flat-panel monitor alongside an auxiliary utility tray, while a secondary patient monitor extends from the opposite side. The compact vertical layout balances clear physical controls with functional storage and display ergonomics.

The download is a 1.1 MB 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.

Loaded into Revit as a specialty equipment component, this family places cleanly on finished floor levels within medical room layouts. The defined footprint, clearance envelope, and vertical display mass allow MEP engineers and clinical planners to test spatial clashes, gas outlet accessibility, and headwall coordination. The model displays clean linework in plan views and renders cleanly in shaded orthographic or axonometric presentations.

Engineered for healthcare architecture, this workstation suits operating rooms, ambulatory surgery centers, post-anesthesia care units, and endoscopy suites across schematic design and construction documentation. It coordinates alongside surgical operating tables, ceiling-mounted medical gas pendants, surgical lights, and mobile crash carts. Planners searching for hospital medical equipment, operating theater models, clinical workstations, and surgical anesthesia carts will find this asset provides essential visual realism and dimensional spatial verification.