Flos Super Line Up&Down Indirect Biemission LED Suspension Lamp

Flos Super Line Up&Down Indirect is a biemission LED suspension lamp by Flos Architectural, designed to combine a discreet and refined visual appearance with advanced technical performance. The body in extruded aluminum with a PMMA diffuser extends 1500 mm in length, with an exceptionally slim profile of just 25 mm in height and 45 mm in depth. This Up&Down Indirect variant prioritises upward emission, delivering a more intense indirect light that creates a homogeneous lighting environment and maintains a UGR below 19, which is essential for visual comfort in prolonged working conditions. To minimise visual impact, the conductors act directly as suspension cables, eliminating any visible power supply duct.

Thanks to its technical and aesthetic qualities, the Super Line Up&Down Indirect is ideally suited to professional and representative environments where light quality is key to well-being and productivity — particularly in office open-plan spaces, meeting rooms and high-end contract settings. The LED source delivers 58 W with a beam angle of 100° and a color rendering index of CRI 90, ensuring faithful color rendering and high-quality light output. It is available in 3000K and 4000K color temperatures: the 3000K version produces 4488 lm upward and 2160 lm downward, while the 4000K version reaches 4794 lm upward and 2280 lm downward. The lamp is dimmable and compatible with EU, AUS, USA, UK and JAP voltages, with a protection rating of IP20 and insulation class III. The driver is not included and must be selected separately: the Surface Kit includes a surface-mounted box with power supply driver in DALI or non-dimmable versions; the Integrated Kit includes a flush-recessed installation box with driver in the same versions; the Remote Power Supply Kit includes an accessory cable protection for plasterboard installation, also available in DALI or non-dimmable versions. The lamp is available in white, grey, black, brass and rose gold finishes, adapting elegantly to any architectural context.