The Lullaby* LED Phototherapy System with exceptional LED technology offers excellent clinical performance for a lifetime of savings. Its combination of adapted wavelength, high intensity and uniform light distribution yields a 28% faster1 total serum bilirubin breakdown. Whisper-quiet operation, long-term dependability and low power consumption make it a smart investment for today and tomorrow.


Get excellent clinical performance for a lifetime of savings. The innovative Lullaby* LED Phototherapy System:

Maximizes bilirubin breakdown

  • Adapted wavelength for maximum bilirubin metabolism

  • Excellent irradiation levels from 22-45µW/cm²/nm to accommodate each patient’s needs

  • Uniform and wide light distribution for a larger treatment area and maximum bilirubin breakdown

  • From Lullaby LED Phototherapy brochure, p.2, DOC1038980 / based on Osaku study

Staff-friendly usage

  • Lightweight, compact design to fit seamlessly from well baby wards to the NICU

  • Flexible use with cradle, open warmer or closed incubators

  • Designed to be user-friendly and provide worry-free operation

Lifetime fo savings

  • LEDs rated to last up to 50,000 hours; 50 times the life of CFL bulbs

  • Six-year warranty for peace of mind

  • Big reduction in replacement costs, including the cost of downtime

  • Lower power consumption up to 80% less than other phototherapy systems


The Lullaby* LED Phototherapy System offers exceptional clinical performance, thanks to these advanced technologies.

28% faster1 bilirubin breakdown
Lullaby* LED PT system is equipped with Royal blue LEDs focus on the adapted wavelength1 (450-465-nm) for maximum bilirubin metabolism.

  • High Intensity

  • Uniform Light Distribution

  • Adapted 458-nm Wavelength

1Based on calculations from Osaku NO, Lopes HS. A dose response model for the conventional phototherapy of the newborn. Journal of Clinical Monitoring and Computing. 2006;20(3):159-164/. Comparing Lullaby LED PT to Lullaby PT (CFL based). Bilirubin degradation also based on distance to light and time of exposure.

No spill, no glare

  • Innovative optical design minimizes spill light outside the bed

  • No undesired exposure to other patients

  • No undesired blue light exposure to caregivers, reducing headache complaints

Removable lamp unit

  • Offers seamless use with incubators

  • Lightweight lamp unit (<2 kg) for easy removal from pole and placement on incubator

Long-lasting performance

  • LEDs rated to last up to 50,000 hours2

  • About six years of continuous operation at high intensity before replacement

  • 50 times the lifespan of CFL tubes, which require replacement every 1,000 hours

  • Reduction in replacement costs – including the cost of downtime

2Before a 30% drop in irradiance. Rating is by LED manufacturer under specified operating conditions.

Lower power consumption for greater sustainability

  • Operates at only 20 watts

  • Uses up to 80% less energy than other phototherapy systems

  • May amount to about $400 in energy savings over the life of the LEDs3

  • Environmentally friendly

3Over lifetime of 50,000 hours compared to a 100-watt phototherapy system, assuming a rate of $0.1 per kWh of electricity


Get excellent clinical performance, effortlessly achieved, for a lifetime of savings.1

  • High-intensity LEDs

  • Two intensity settings: low irradiance mode and high irradiance mode (45µW/cm²/nm) 

  • Coverage area of 50x30 cm at a distance of 35 cm

  • Dominant wave length 450-465 nm

  • Fan-free operation: 

  • Freestanding phototherapy product allowing flexibility of use

  • Height adjustment 

  • Continuous tilt up to 90°

  • LED lamps rated to last up to 50,000 hours with life timer

  • Six-year warranty

  • Low power consumption - 20W

1Total Cost Ownership Comparison - GEHC