Commercial Electric Meat Grinder

This commercial electric meat grinder Revit family provides an industrial-grade appliance model for professional kitchen planning. The model features a compact, heavy-duty design typical of professional-grade meat grinders used in butcher shops or commercial food preparation areas. It consists of a rectangular motor housing supported by four cylindrical legs, topped with a wide feeding tray and a front-mounted grinding head with a locking ring. The geometry is clean and functional, suitable for high-detail kitchen layouts where MEP coordination or interior equipment placement is required. The metallic finish suggests a stainless steel construction, ensuring durability and hygiene, while the compact footprint allows for efficient placement on stainless steel work tables or counters.

The download is a 604 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 family is best utilized as a component within a kitchen equipment schedule or a detailed food preparation layout. Users should load the RFA file into their project and place it on a work surface or floor. Given its nature as a piece of equipment, it can be assigned to the appropriate mechanical or furniture category to maintain project organization and facilitate accurate quantity take-offs for commercial kitchen fit-outs.

This asset is essential for architects and interior designers working on commercial kitchen designs, butcher shops, or deli layouts. It pairs well with stainless steel prep tables, refrigerated counters, and industrial sinks. Professionals searching for this item might use terms like commercial food processing equipment, butchery machinery, or industrial kitchen appliances. It is particularly useful during the design development phase when specifying equipment for hospitality, retail food service, or educational culinary facilities where precise spatial coordination is required for operational efficiency.