Modern Wood and Metal Rectangular Dining Table

Modern wood and metal rectangular dining table Revit family featuring a flat timber tabletop supported by a square-profile metal frame and corner legs. Defined by clean lines and functional geometry, this rectangular table features a thick planar timber top set flush within an exposed metal perimeter structure. Square-section metal legs anchor each corner, visible as structural capping accents flush with the top surface. The light natural wood finish offers subtle warmth against the satin metallic subframe, creating a balanced industrial and contemporary aesthetic. Proportioned to accommodate six or more dining chairs or meeting chairs, the table provides ample knee clearance beneath its perimeter apron, making it practical for open dining layouts and professional collaboration spaces.

The download is a 328 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.

Designed for efficient project integration, this Revit family (.rfa) loads directly into interior floor plans, dining layouts, and commercial office schemes. Architects and interior designers can place the component on reference levels, align it to design grids, and coordinate clearance zones with surrounding seating. Material parameters allow easy mapping of custom wood veneers or powder-coated finishes to match specific interior design schedules and client specifications.

Suitable for modern residential dining rooms, corporate breakout areas, open-plan boardrooms, and hospitality dining environments, this versatile piece fits effortlessly across multiple sectors. It coordinates naturally with contemporary upholstered side chairs, minimalist pendant luminaires, and engineered timber or polished concrete flooring. Design teams regularly incorporate this style of rectangular dining table or communal meeting table during schematic layout planning, client presentation renderings, and final FF&E specification documentation.