About this asset

This medical vacuum headwall outlet is a native Revit family designed for clinical environments, featuring a flush wall-mounted profile. This medical vacuum outlet is designed for integration into clinical headwall systems. The component features a clean, low-profile interface with a central circular port and secondary mounting points, typical of standard medical gas service points. Its geometry is functional and minimalist, intended for clear representation in medical facility layouts. The assembly includes a rectangular base plate that mounts directly to the wall surface, with a slightly raised faceplate containing the vacuum connection mechanism. The design prioritises clear, legible BIM representation for MEP coordination and hospital planning documentation.

The download is a 164 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.

As a standard Revit family, this component is intended for use in wall-hosted MEP models. Users should place the outlet onto the face of headwall panels or service partitions within the project. The family is configured for standard insertion, allowing for easy alignment with medical gas piping runs and mechanical service schedules. It maintains a lightweight footprint, ensuring it does not impact project performance when populated across large-scale hospital or clinic floor plans.

This asset is essential for the documentation and coordination of healthcare facilities, particularly in hospital wards, operating theatres, and intensive care units. It is suited for use during the design development and construction documentation stages, where precise placement of medical gas outlets is required for MEP compliance. Professionals will find this useful when drafting clinical room layouts, coordinating with medical equipment planners, and verifying service clearances in patient recovery zones and high-acuity medical environments.