The Lim Story

A study in reductionism, Lim is not so much a lamp as it is a conduit of light. Its minimalist form shapes a plane of illumination powered by an equally minimalist light source — a continuous array of high-output, energy-efficient LEDs discreetly concealed in its armature. Along with a slim, rotatable arm that enables the user to redirect the light, Lim employs a magnetic attachment system that makes it effortlessly portable and adjustable. Lim is available in up to five different form factors enabling tabletop, floor, and undersurface mount applications.


LIM is a revolutionary, ultra-slim
LED task light that is as fun to use
as it is functional.

Magnetic AttachmentLim uses a magnetic attachment system, allowing for optimal portability and height adjustment for both residential and
office applications.


  • Ships flat-packed 
  • Minimal use of materials
  • Contains no hazardous materials such as mercury
  • Designed for disassembly
  • Uses only 7W of power (90% more efficient than a comparable halogen light source, 40% more efficient than CFLs)
  • 97% of material is recyclable
  • Lasts for 50K hours or 25 years of daily use


Pablo Pardo
Venezuelan-born industrial designer Pablo Pardo has defined his career by creating beautiful, sparse, utilitarian lighting that fosters harmonious relationships between people and their environments.

  • Specifications

    Brushed aluminum

    Aluminum arm
    Aluminum and steel table base
    Steel floor base

    Magnetic attachment
    Advanced LED array eliminates multiple shadows
    Full range dim control
    Optical switch
    Ships flat-packed
    Voltage: 120-240V 60Hz
    Power consumption: 7W
    Color temperature: 3000K
    Luminosity: 325 Lumens
    Luminaire efficacy: 46 Lumens/Watt
    Color Rendition Index: 85 CRI
    50K Hour lifespan
    Cord length: 10’ (304cm)
    Global multi-plug adapter available
    1 year warranty

    (91x) High-output LED array

    ETL, CE, RoHS, PSE
    2010 California Energy Mandate Compliant
  • Specifications