Minimalist Clear Glass Round Table with Metal Legs

Minimalist glass round table Revit family featuring a thick circular top supported by four slender square-profile metal legs. Defined by a clean, lightweight silhouette, this circular table features a substantial translucent glass tabletop resting on four minimalist straight legs. The perimeter of the disc displays a clean edge profile, giving visual substance to the transparent surface while maintaining an airy footprint. Supporting the top are four slender square metal posts positioned near the rim, providing balanced stability without unnecessary stretchers or ornate under-framing. The minimal detailing emphasizes geometric clarity, pairing a neutral glass plane with utilitarian support posts to integrate smoothly across contemporary residential schemes and understated commercial interiors.

The download is a 246 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.

Supplied as a native Revit family component, the model loads directly into project templates for rapid floor layout planning. The geometry snaps easily to room levels or finish floor datum lines, providing clean representation in both plan views and 3D perspectives. Users can assign custom Revit material assets to the tabletop and leg subcategories to achieve accurate transparency and reflective properties in native views or third-party rendering engines.

This versatile glass table suits diverse architectural typologies including modern residential apartments, corporate breakout areas, reception waiting lounges, and executive meeting rooms. It pairs naturally with minimalist dining chairs, upholstered armchairs, or sleek task seating. Interior designers and BIM technicians frequently specify round glass tables, circular meeting tables, and four-leg café tables when designing open-plan zones where transparent furniture helps preserve sightlines and maximizes perceived spatial volume.