About this asset

This concave corner rounding profile is a native Revit family designed for creating clean, radiused transitions in wall sweeps. This profile features a simple, concave arc designed to soften sharp 90-degree intersections. The geometry consists of two perpendicular legs joined by a smooth internal curve, providing a clean transition between wall surfaces or at ceiling-to-wall junctions. The profile is defined by its precise, uniform thickness, ensuring consistent results when used as a sweep or reveal. Its minimalist form avoids decorative complexity, making it highly versatile for modern architectural detailing where a seamless, rounded finish is required to mitigate harsh edges in interior or exterior wall assemblies.

The download is a 61 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 or template. Once loaded, access the profile through the project browser or apply it directly to a wall sweep or reveal type within the wall properties dialogue. The geometry is designed to be hosted by vertical or horizontal elements; simply adjust the offset and orientation within the sweep settings to align the profile correctly with your primary wall geometry for clean, junction-free intersections.

Architects and interior designers use this profile for detailing high-traffic residential or commercial spaces where hygiene and durability are priorities. It is ideal for hospitals, schools, and modern kitchens where rounded, easy-to-clean corners are preferred over sharp angles. Professionals often search for this asset when detailing joinery, skirting boards, or wall-to-ceiling transitions. Use it to enhance the realism of your BIM documentation, ensuring that section views and interior elevations accurately reflect the intended physical construction of your wall and ceiling finishes.