Choose is a floor lamp with zamak base. The structure is in painted metal while the diffuser, adjustable, is thermoformed material coupled with parchment paper.
Choose is a floor lamp with zamak base. The structure is in painted metal while the diffuser, adjustable, is thermoformed material coupled with parchment paper.
Choose is a floor lamp with zamak base. The structure is in painted metal while the diffuser, adjustable, is thermoformed material coupled with parchment paper.
A natural shape that has always been a symbol of perfection, in which symmetry and asymmetry coexist harmoniously. Designed in 1972, the shell contains a light source: an ironic idea that still conquers today.
A natural shape that has always been a symbol of perfection, in which symmetry and asymmetry coexist harmoniously. Designed in 1972, the shell contains a light source: an ironic idea that still conquers today.
A natural shape that has always been a symbol of perfection, in which symmetry and asymmetry coexist harmoniously. Designed in 1972, the shell contains a light source: an ironic idea that still conquers today.
Outdoor table or floor lamp with dimmable diffused light. Opaline satin white polyethylene diffuser made with rotational moulding. Stainless steel frame. Black power cord. Plug of type schuko.
Mayfair is an innovation of nineteenth century lamps, with a clear renewal both aesthetic and technological, through the use of the LED light source. Adjustable floor lamp with optical sensor. Perfect for use in living rooms, passageways or bedrooms.
Mayfair is an innovation of nineteenth century lamps, with a clear renewal both aesthetic and technological, through the use of the LED light source. Adjustable floor lamp with optical sensor. Perfect for use in living rooms, passageways or bedrooms.
Mayfair is an innovation of nineteenth century lamps, with a clear renewal both aesthetic and technological, through the use of the LED light source. Adjustable floor lamp with optical sensor. Perfect for use in living rooms, passageways or bedrooms.
Mayfair is an innovation of nineteenth century lamps, with a clear renewal both aesthetic and technological, through the use of the LED light source. Adjustable floor lamp with optical sensor. Perfect for use in living rooms, passageways or bedrooms.
Lamps characterized by an upper frame in eco-resin supported by a transparent cylindrical frame in PPMA.
LED lighting with rechargeable battery power supply. Power 3,5W and 7W 2800°K IP65.
Eco-resin available in sand (ER1) and graphite (ER2) colors.
Lamps characterized by an upper frame in eco-resin supported by a transparent cylindrical frame in PPMA.
LED lighting with rechargeable battery power supply. Power 3,5W and 7W 2800°K IP65.
Eco-resin available in sand (ER1) and graphite (ER2) colors.
Lamps characterized by an upper frame in eco-resin supported by a transparent cylindrical frame in PPMA.
LED lighting with rechargeable battery power supply. Power 3,5W and 7W 2800°K IP65.
Eco-resin available in sand (ER1) and graphite (ER2) colors.
Lamps characterized by an upper frame in eco-resin supported by a transparent cylindrical frame in PPMA.
LED lighting with rechargeable battery power supply. Power 3,5W and 7W 2800°K IP65.
Eco-resin available in sand (ER1) and graphite (ER2) colors.
Lamps characterized by an upper frame in eco-resin supported by a transparent cylindrical frame in PPMA.
LED lighting with rechargeable battery power supply. Power 3,5W and 7W 2800°K IP65.
Eco-resin available in sand (ER1) and graphite (ER2) colors.
Lamps characterized by an upper frame in eco-resin supported by a transparent cylindrical frame in PPMA.
LED lighting with rechargeable battery power supply. Power 3,5W and 7W 2800°K IP65.
Eco-resin available in sand (ER1) and graphite (ER2) colors.
Sculptural, thin, reduced: two luminous panels form a parallelepiped, leaving room for an empty slot, but hiding the light source through an optical effect.
Sculptural, thin, reduced: two luminous panels form a parallelepiped, leaving room for an empty slot, but hiding the light source through an optical effect.