Description
Designed by Odo Fioravanti, the Babila has an Ash wood frame with a die-casted aluminium footrest, an upholstered seat in your choice of fabric or leather.
Designed by Odo Fioravanti, the Babila has an Ash wood frame with a die-casted aluminium footrest, an upholstered seat in your choice of fabric or leather.
Designed by Odo Fioravanti, the Babila has an Ash wood frame with a die-casted aluminium footrest, an upholstered seat in your choice of fabric or leather.
Height (cm): 78
Width (cm): 32
Depth(cm): 36
Seat height (cm): 78
Colours: Bleached Ash, Light Walnut, Light Grey Lacquered, White or Black Lacquered
Lead Time: 6-8 Weeks
Upholstered: yes
Suitability: indoor
Stackable: no
Designer Odo Fioravanti
Babila stool with backrest adds a new element to the series, fitting harmoniously into a collection that evokes classic forms, while staying true to its nature, seemingly treading the line between tradition and innovation. The comfort of the upholstered shell matches with steel rod sled frame.
The comfort of the upholstered shell matches with steel rod sled frame. Seat height 755mm.
655mm seat height available on request.
Designer Odo Fioravanti
Babila collection is able to move along tradition and innovation with great agility. The strength of this collection is its simplicity and directness, to recall a timeless shape. Chair with technopolymer shell and steel rod sled frame Ø10mm.
Babila has a technopolymer shell in various finishes; White, Sand, Grey or Mustard.
Its metal frame is available in Chrome or Powder Coated.
Designed by Odo Fioravanti, The Babila collection is able to move along tradition and innovation with great agility. The strength of this collection is its simplicity and directness, to recall a timeless shape. Ash wood barstool with tapered legs that perfectly join the plywood seat.
Designed by Odo Fiorvanti, Babila stool with backrest adds a new element to the series, fitting harmoniously into a collection that evokes classic forms, while staying true to its nature, seemingly treading the line between tradition and innovation. The functionality of the shell in fiberglass-reinforced polypropylene matches with solid ash legs and die-cast aluminium footrest.
The fiberglass-reinforced polypropylene shell is available in White, Black, Grey, Sand, Orange or Yellow. The solid ash legs and die-cast aluminium footrest finish this stool.
645mm seat height available on request.
Designer Odo Fioravanti
Babila collection is able to move along tradition and innovation with great agility. The strength of this collection is its simplicity and directness, to recall a timeless shape. Chair with technopolymer shell and die-cast aluminium frame. Solid ash wood legs.
The Babila has a technopolymer shell available in White, Sand, Grey or Mustard.
Its Ash wooden legs are available in Bleached Ash, Light Walnut or Lacquered Black
Designed by Odo Fiorvanti the Babila has an Ash wood frame and an upholstered seat in your choice of fabric or leather.
Designer Odo Fioravanti
Babila collection is able to move along tradition and innovation with great agility. The strength of this collection is its simplicity and directness, to recall a timeless shape. Chair with ash plywood shell in variable thickness and steel tube frame Ø16 mm.
Babila has a Plywood shell in various finishes; Bleached Ash, Light Walnut, Cognac, Light Grey Lacquered or Black Lacquered.
Its metal frame is available in Chrome, Brass or Powder coated.
Designed by Odo Fioravanti
Babila collection is able to move along tradition and innovation with great agility. The strenght of this collection is its simplicity and directness, to recall a timeless shape. Armchair with polypropylene shell and steel tube frame Ø16mm.
Babila Armchair, with steel tube legs and polypropylene shell. Suitable for indoor or outdoor use This armchair is available in a range of colours: White, Sand, Anthracite Grey, Yellow, Orange and Black.
Leave your details and a member of our team will contact you.
PLEASE NOTE: We are purely a business to business company and not a retail operation.