Designed by Odo Fioravanti
Frida is a chair that embodies sophisticated technology and represents a landmark in woodworking. The most remarkable factor is represented by the superposition of a three-dimensional curved plywood body of only 3.5mm to a solid wood frame. The oak structure is characterized by geometric sections of varying shapes that taper at the edges, giving a light image to the chair and enhancing the conceptual strength of the body.
0
Babila is a chair able to move along tradition and innovation with great agility. Solid ash legs and plywood shell in variable thickness with upholstered seat. The result is an airy and comfortable sitting with a careful and accurate use of wood.
Dome is a collection of seatings that brings back to mind the glorious tradition of the bistrot chairs with curved silhouettes and generous shapes. It recalls the domes of the monuments adorning a lot of cities all around the world. Delicate details of the injected polypropylene remember the joints of the solid wood defining a […]
Babila armchair recalls the distinctive features and design of the collection, taking inspiration from the classic and timeless objects. The functionality of the polypropylene shell is combined with steel tube legs.
Industrial look, rigorous shapes and versatility. The Arki-Table family has been enriched by three new versions, that still keep the extremely thin tops and the peculiar structure with trestle legs.
Versatile outdoor chair with powder coated aluminum structure, featuring numerous combinations of different materials and fabrics for seat, backrest and legs. This outdoor chair’s backrest can be made of hand-woven synthetic fiber cord, Textilene or an outdoor waterproof fabric, to choose from the wide range of Varaschin. It is a very handy and durable outdoor […]
The technopolymer shell of Babila chair, upholstered to takes full advantage of the elegance and ergonomics of the original form to offer the greatest comfort.
$2,260
A family of seatings that share an aesthetic and functional DNA. Every material is found to fit the best for each product, both for structures and surfaces.