About this asset

This slotted tubular steel handrail profile is a Revit family designed for custom railing systems in industrial or modern settings. The profile features a distinct circular exterior geometry with a continuous longitudinal slot, specifically designed to accommodate glass or panel infills within a balustrade system. Constructed as a standard steel tube, the profile provides a clean, minimalist aesthetic suitable for high-traffic environments. The internal void allows for secure mounting of mounting brackets or structural glass clamps, ensuring a flush finish when integrated into a full assembly. This component is essential for creating robust, durable handrails in stairwells, mezzanine edges, or exterior balconies where structural integrity and precise alignment are required.

The download is a 430 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.

To implement this profile in Revit, load the RFA file into your project and assign it as a rail profile within the Railing Type Properties. Users can adjust the material parameters to represent stainless steel, powder-coated finishes, or other metallic surface treatments. Since this is a profile-based family, it is intended for use in the Rail Structure or Top Rail settings of a system family, allowing for consistent application across complex stair configurations and long-run balustrades.

This profile is suited for a wide range of building types, including office lobbies, industrial warehouse mezzanines, and contemporary residential staircases. It pairs effectively with toughened glass panels or vertical bar infills to create a professional, safety-compliant barrier. Architects and interior designers typically search for this component when specifying durable, modern railing systems for public spaces, retail showrooms, or high-end residential projects that demand a refined, industrial edge to their circulation elements and structural safety features.