About this asset

This modern two-slice toaster is a lightweight Revit family featuring a stainless steel finish and functional black plastic controls. This countertop toaster features a standard two-slot configuration, designed with a clean, rectangular profile common in contemporary kitchen setups. The primary body is finished in a brushed stainless steel, providing a neutral, professional aesthetic. Black plastic components, including the lever mechanism and control dial, offer a functional contrast to the metallic housing. The base is elevated slightly on four small feet, ensuring proper clearance from worktop surfaces. Its simple geometry and modest proportions make it an unobtrusive addition to any kitchen environment, focusing on utility and clean lines.

The download is a 51 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 native Revit family, this component is best used as a face-based element for placement on kitchen worktops or breakfast bars. Users can easily align the model with kitchen cabinetry using standard snapping tools. Given its lightweight file size, it is ideal for populating residential or hospitality kitchen renders without impacting project performance. Materials can be adjusted within the family editor to match specific project requirements or custom finishes if needed for high-quality interior visualisations.

This appliance is suitable for residential kitchen design, hotel kitchenettes, and break room layouts in office projects. It pairs well with other small appliances like coffee machines and kettles to populate kitchen counters during the interior design development stage. Professionals searching for this asset will find it useful for creating realistic kitchen scenes, hospitality suites, or student housing units where compact breakfast solutions are required. It provides a quick way to add detail to kitchen worktop elevations and 3D perspectives.