LightingLab Calibration Laboratory Ltd is an independent, accredited testing and calibration laboratory and complies with criteria of Standard MSZ EN ISO/IEC 17025:2018 for photometric, colorimetric and electrical parameters of light sources and lamps. 

LightingLab Testing Laboratory

NAH-1-1876/2020

MSZ EN ISO/IEC 17025:2018

Accredited Testing Services

LightingLab Calibration Laboratory

NAH-2-0328/2016

MSZ EN ISO/IEC 17025:2018

Accredited Calibration Services

Accredited Laboratory Tests

  • Visual flicker (TLA)
    • CIE TN 006
    • IEEE 1789
    • IEC TR 61547
    • IEC TR 63158
  • Testing of LED light sources, LED luminaires and LED modules, Horticulture luminaires
    • IESNA LM-79-19
    • CIE S025/E
    • IESNA TM-30-15
    • MSZ EN 13032-1+A1
    • MSZ EN 13032-4+A1
    • EBU Tech 3355
    • ANSI/ASABE S640
  • Limits for harmonic current emissions
    • MSZ EN IEC 61000-3-2
  • Emergency lighting
    • MSZ EN 1838
    • MSZ EN 60598-2-22 (17, C)
  • Head, marker and tail lamps for heavy rail
    • MSZ EN 15153-1
  • Primary and secondary sources
    • SID IDMS

Accredited Field Tests

  • Illumination testing of indoor workplaces
    • MSZ EN 12464-1
  • Illumination testing of outdoor workplaces
    • MSZ EN 12464-2
  • Illumination testing of sports lighting
    • MSZ EN 12193
    • FINA Facility Rules
    • UEFA Stadium Lighting Guide
  • Illumination testing of Airports
    • ICAO 9157 AN/901
  • Road lighting
    • MSZ EN 13201
  • Testing of electric parameters
    • MSZ EN IEC 61000-3-2
  • Visual flicker
    • CIE TN 006
    • IEEE 1789
    • IEC TR 61547
    • IEC TR 63158
  • Emergency lighting
    • MSZ EN 1838
  • Primary and secondary sources
    • SID IDMS

Accredited Laboratory Calibrations

  • total luminous flux calibration in a photometer sphere
    • 2π geometry,
    • 4π geometry,
  • spectral power distribution in a photometer sphere,
  • illuminance meter calibration,
  • illuminance meter directional sensitivity.


We use calibrated instruments and based on that our measurement results are traceable to national and international etalons.

Using our double mirror, Type C goniophotometer it is possible to measure luminous intensity distribution and total luminous flux of light emitting surfaces up to 80 cm of width. As a result of our measurement we derive Eulumdat files which contain photometric, colorimetric and electric parameters.

For more information or a quotation please fill our Contact Form and we will soon reply to you!