About this asset

Endoscopy catheter cabinet Revit family models a specialized tall medical storage unit featuring a sloped dust top and full-height glazed single door. Engineered for cleanroom and clinical environments, the cabinet features a slender vertical form factor with an angled upper surface designed to prevent dust accumulation. A full-height front panel includes mid-height latch hardware and bottom ventilation or bumper detailing, providing secure interior hanging space tailored for delicate catheter lines and endoscopes. Flush side profiles and a minimal plinth base allow seamless gang-mounting or standalone placement against partition walls. Clean geometrical outlines clearly define the frame, door swing reveal, and dedicated operational clearances necessary for clinical utility equipment.

The download is a 553 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.

In Revit, this specialty equipment family loads directly into floor plans, equipment layouts, and interior elevations. Healthcare planners can place the unit along clean corridors or within procedure rooms, aligning the flat rear face to wall assemblies. The clean geometry ensures lightweight project performance during BIM coordination, while standard parameter scheduling captures equipment codes, room data sheets, and procurement specifications across contract documentation.

Tailored specifically for healthcare facilities, ambulatory surgical centers, endoscopy suites, and catheterization laboratories, this unit supports sterile processing workflows and procedure preparation. It coordinates efficiently with medical casework, stainless-steel prep tables, and scrub sinks during detailed spatial planning. Designers searching for clinical storage, endoscope drying cabinets, catheter carts, or hospital specialty equipment will find this asset ready for technical medical equipment coordination and space programming.