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Studio Team Design by Bonaldo
3 resultsCollection: Studio Team Design
Brand: Bonaldo
Specifications:
A metallic architectural structure, painted in the elegantbronze or lead shades, encloses the blown glass of the
lampshade in all its finesse: contrasting elements that
encounter one another in the Bio-s collection of lamps,
designed by Studio Team Design, in an expression of
three-dimensionality and perspective. The design of this
lamp does not go unnoticed, strengthened by its
suggestive capacity accentuated by the lampshade, in
transparent glass, but especially in the smoked mirrored
version, able to reflect the environment in which the lamp is
placed.
Collection: Studio Team Design
Brand: Bonaldo
Specifications:
The Bon Ton suspended lamp, designed by Studio TeamDesign, develops around its central axis, composed of three
metal blades in polished steel or in the elegant
copper-bronze finish. It is an object in which the glass
globes that form the lampshades, available in transparent,
amber or smoked glass, are arranged in an irregular order,
accentuating their dynamic nature. Bon Ton is available in
the version with a single globe or in the three or six globe
versions that give further movement to the figure of the
lamp.
Collection: Studio Team Design
Brand: Bonaldo
Specifications:
The primary shape of the Sofi collection, designed byStudio Team Design, is the borosilicate glass globe with a
warm amber finish, which is combined with a burnished
brass cylinder which contains the light source and brings to
mind the image of master glass-blowers who, in their
Venetian workshops, use their long blowpipes to craft the
incandescent molten glass with skill. Sofi makes it possible
to create coordinated environments, thanks to its
expression in a multitude of models: the ceiling lamp with a
metal frame with 7, 10 or 13 lights, the suspension with 1, 5
or 7 globes, the floor lamp, two versions of the table lamp
(lower without a glass globe, or higher with a glass globe)
and the wall lamp, distinguished by the double direction of
the light flux.