Fan Round Table, Natural Base White Marble Top by Tom Dixon
- Home
- All
- Fan Round Table, Natural Base White Marble Top by Tom Dixon
Fan Round Table, Natural Base White Marble Top by Tom Dixon
Product Description:
From the Fan Collection...
A modern take on the classical Windsor design, the Fan Table is formed from natural materials using traditional joinery methods. The machined wood spindles are carefully turned, thinned and steam bent to create the slatted silhouette reminiscent of peacock tails, sea anemones and whalebone corsets. The semi-transparent structure of the Fan Table takes up minimal visual mass with its contemporary silhouette.
Product Details:
- Material:
- Base: Natural Oak
- Top: White Marble
- Dimensions:
- Base: 17" H, 15.75" W
- Top: 23.6" Dia. or 35.4" Dia.
This item is considered special order.
Looking for more?
Explore additional pieces in the Tom Dixon Table Collection by Tom Dixon here.
Discover other collections by Tom Dixon here.
Behind the Brand
Tom is a restless innovator who works mainly in lighting, accessories and furniture. From his departure point in the early eighties welding salvaged steel into radical furniture, he has constantly reinvented himself through a series of different design lives – working with luxury Italian goods with Cappellini, Creative Director at Habitat and Artek, creating Plastics company Eurolounge and finally instigating his own eponymous brand in 2002 to rethink the product designer’s relationship with industry.
The latest chapter of Tom’s design journey began in 2002 when he left corporate life to create his own eponymous brand as a platform for a series of new adventures in the design of products and interiors.
15 years on, Tom Dixon is now a widely celebrated global force in interior design with our own hubs in New York, Hong Kong, London, Los Angeles and Tokyo. Our 600 products range from lighting to furniture, from tableware through to fragrance and are distributed in over 65 countries; they are instantly recognisable for their sculptural qualities and engineered materiality.