Swirl Stepped Bookends, Set of 2 by Tom Dixon

Write a review
| Ask a question
Tom Dixon
$ 315.00
Title

Notify me by email when Swirl Stepped Bookends, Set of 2 by Tom Dixon becomes available.

Swirl Stepped Bookends by Tom Dixon

Inject a fresh pop of sensibility into any setting with the Swirl collection from Tom Dixon. Swirl is a collection of multi-dimensional, functional sculptures created from a series of geometric forms stacked upon one another. The unique process to create Swirl involves recycling the powdered residue from the marble industry, mixed with pigment and resin to create blocks of material that can then be sawn, sliced and turned on a lathe.

Due to the nature of the pigmentation, each piece features a unique pattern due to the pouring process.

Dimensions: 5.91" x 5.91" x 1.97"

This item has a 2-3 week delivery time if out of stock.

Additional Pieces in the Swirl Collection by Tom Dixon are here.
Other collections by Tom Dixon may be found here.

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 recognizable for their sculptural qualities and engineered materiality.