The design lamp in the light green with built-in dimmer can be used flexibly as a desk lamp and/or mood lamp.
The contemporary Dedicate lamp is inspired by the well-known architect's desk lamp with a dimming function, flexible arm and the latest lighting technology.
The contemporary Dedicate lamp is inspired by the well-known architect's desk lamp with a dimming function, flexible arm and the latest lighting technology.
The contemporary Dedicate lamp is inspired by the well-known architect's desk lamp with a dimming function, flexible arm and the latest lighting technology.
The contemporary Dedicate lamp is inspired by the well-known architect's desk lamp with a dimming function, flexible arm and the latest lighting technology.
The contemporary Dedicate lamp is inspired by the well-known architect's desk lamp with a dimming function, flexible arm and the latest lighting technology.
The contemporary Dedicate lamp is inspired by the well-known architect's desk lamp with a dimming function, flexible arm and the latest lighting technology.
The contemporary Dedicate lamp is inspired by the well-known architect's desk lamp with a dimming function, flexible arm and the latest lighting technology.
The contemporary Dedicate lamp is inspired by the well-known architect's desk lamp with a dimming function, flexible arm and the latest lighting technology.
The contemporary Dedicate lamp is inspired by the well-known architect's desk lamp with a dimming function, flexible arm and the latest lighting technology.
The contemporary Dedicate lamp is inspired by the well-known architect's desk lamp with a dimming function, flexible arm and the latest lighting technology.
The contemporary Dedicate lamp is inspired by the well-known architect's desk lamp with a dimming function, flexible arm and the latest lighting technology.
The contemporary Dedicate lamp is inspired by the well-known architect's desk lamp with a dimming function, flexible arm and the latest lighting technology.
The flexible and minimalist cylindrical Beam table lamp by Tom Chung can produce a light beam on both sides separately.