Offset Double-Bowl Undermount Sink – Kohler Cantina K-5852

Engineered for residential layouts, this offset double-bowl undermount sink Revit family models Kohler Cantina K-5852 geometry with defined basins. The model depicts an offset double-basin sink featuring an asymmetrical arrangement with a larger rectangular primary well and a stepped secondary compartment. Both basins showcase rounded inner corners, distinct drain locations, and perimeter mounting flanges suitable for undercounter installation. The central divider integrates an offset tap deck or bridge between the bowls. Wireframe contours define the deep basin depths, inner sidewall drafts, and standard drain aperture cutouts, providing clean geometry representation for technical architectural coordination and casework integration without excessive mesh overhead.

The download is a 123 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 Autodesk Revit, load this RFA component directly into your plumbing or specialty equipment workflow. Place the fixture hosted beneath countertop cutouts or adjust casework clearance within kitchen joinery models. Designers can easily schedule the plumbing fixture in standard project schedules, link appropriate MEP piping connections, and apply project-wide material overrides to reflect vitreous china, cast iron, or composite finishes during visualization and CD documentation.

Suited for contemporary apartment kitchens, private residences, pantry bars, and hospitality suite kitchenettes, this double-basin sink fits naturally into high-performance culinary spaces. It pairs seamlessly with pull-out faucets, solid-surface countertops, custom millwork, and under-sink disposal units. Specifiers, architectural technicians, and interior designers searching for undermount kitchen sink families, corner prep sinks, or Kohler sanitaryware components can incorporate this model during schematic design through detailed construction documentation phases.