About this asset

This commercial hot plate Revit family features a durable stainless steel construction designed for professional kitchen layouts. The Stivi hot plate is a compact, industrial-grade cooking appliance finished in a high-sheen stainless steel. Its design includes a raised rear splashback, a flat cooking surface, and a front-facing control panel featuring two prominent circular knobs for heat regulation. A small digital display is integrated into the central fascia, with secondary red toggle switches positioned on the right side. The unit is designed to be mounted on a standard stainless steel catering counter or equipment stand, offering a clean, utilitarian aesthetic suitable for high-frequency use in demanding food service environments.

The download is a 266 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 typically placed as a face-based component on a countertop or equipment bench. Users should verify the insertion point aligns with the base of the unit to ensure proper seating on the host surface. The model includes standard parameters for electrical connectivity, allowing engineers to link the appliance to the project's power distribution system. It is recommended to manage visibility through sub-categories to toggle between high-detail and simplified representations in plan or elevation views.

This asset is essential for the detailed design of professional kitchens, catering facilities, and restaurant back-of-house areas. It integrates seamlessly into hospitality and industrial projects, providing a realistic 3D representation for kitchen equipment schedules and layout coordination. Architects and MEP engineers often use this in conjunction with stainless steel prep tables, ventilation hoods, and commercial refrigeration units. Search for this item when detailing food service floor plans, equipment elevation drawings, or MEP coordination models requiring specific electrical load information.