The Old Ford table by renowned Italian designer Rodolfo Dordoni is a pure embodiment of the Molteni&C commitment to aesthetics, functionality, and technical innovation.
The table is composed of a round-edge top with a gentle downward curve to meet four glossy lacquered legs connected by an H-shaped beam. Its refined tabletop is available in limba or coffee oak wood, or in emperador, calacatta, or sahara noir marble with a matte or glossy polyester finish. The tabletop base resembles a shell composed of soft lines in an anthracite tone for an elegant and modern look. The legs can be customized in one of three glossy lacquered finishes: burgundy, pine green, or black nickel.
The table's supportive frame is made using hydroforming, a sophisticated process commonly used in the automotive industry that applies water pressure to shape the material. This process allows the table to be lightweight yet strong and structurally rigid, ensuring it can withstand the test of time.
With measurements of 250x120cm, or 290x130cm and a height of 74cm, the table provides ample space for seating and dining, and can even serve as a sculptural centerpiece in a foyer. The oval shape allows the table to fit into various room layouts, making it a versatile option for any setting. The Old Ford table expresses Molteni&C's commitment to aesthetic originality through research and technological innovation. Meticulous attention to detail, harmonious shape, and exceptional durability are evident in every aspect of its refined construction.
Rodolfo Dordoni, architect and designer, was born in Milan, where he graduated in Architecture. His collaboration with Molteni&C has gone beyond the production of individual products and has become the creation of a collection for the dining room and night systems. These projects feature hidden high-technology in the products.
complete biography
“Today an object goes beyond the collection concept, it defines an atmosphere, style and an environment where you feel comfortable”.
Rodolfo Dordoni
Old Ford
Technical Details
Technical drawings 2d (.jpg)
