About this asset

This modern stainless steel pump coffee urn is a Revit family featuring a simple cylindrical body and a black integrated pump. The unit features a tapered cylindrical body constructed from brushed stainless steel, finished in a neutral grey tone. A black plastic lid assembly sits atop the main vessel, incorporating a prominent manual pump mechanism and an integrated carrying handle. The base is finished with a black plastic ring, providing stability and a clean aesthetic transition. The proportions are designed for standard countertop use in office pantries or hospitality settings. The model provides a clear, functional representation of a commercial-style insulated beverage dispenser, suitable for adding detail to kitchen or breakroom layouts.

The download is a 276 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 family into your project as a generic model or kitchen accessory component. It is best used for populating countertops in breakrooms, coffee stations, or hospitality kitchen plans. When placing, use the standard work plane-based orientation to snap to counter surfaces. Because it is a simple, low-poly component, it will not significantly impact project file size, making it suitable for quick visualisations or detailed interior documentation where beverage service equipment is required for spatial planning.

This asset is essential for interior designers and architects working on office breakroom fit-outs, hotel breakfast areas, or restaurant kitchen designs. It adds realism to renderings and documentation for commercial catering zones. Use it to populate kitchen islands, sideboard counters, or service trolleys. Professionals searching for beverage dispensers, coffee station accessories, or office kitchen equipment will find this model useful for demonstrating functionality in high-traffic staff areas, ensuring that service flow and counter space requirements are accurately represented in the final design.