Light Meter
ILT750-BILI Bilirubin Light Meter
The ILT750-BILI Light Meter is a medical-grade, highly precise radiometer designed specifically to measure light intensity during newborn jaundice treatment. As neonatal phototherapy relies on precise light levels to safely break down bilirubin, this device provides healthcare professionals with the exact data needed to ensure effective clinical outcomes.
Engineered by International Light Technologies and distributed by Mutabell, it simplifies the validation of both traditional overhead lamps and modern blue LED blankets.
Key Specifications & Performance
Spectral Response: Optimized for blue-light phototherapy, accurately measuring the 400 to 500 nm wavelength range.
Measurement Range: Capable of reading low to high irradiance levels from 0.1 to 300 μW/cm²/nm.
Traceable Standards: Fully calibrated to NIST-traceable standards to guarantee regulatory compliance in hospital environments.
Sensor Design: Features a low-profile, detector head attached via a flexible cable for easy placement under infants or inside incubators.
Core Features & Standout Benefits
One-Touch Operation: Simple interface allows busy clinical staff to take accurate readings instantly with a single button press.
Automatic Math Functions: Calculates and displays average, minimum, and maximum irradiance values automatically.
Easy-to-Sanitize: The sleek housing and flat touch-pad buttons are designed to withstand standard hospital-grade disinfectants.
Versatile Compatibility: Works seamlessly across all major phototherapy system types, including LED, fluorescent, and halogen sources.
Battery-Powered Efficiency: Runs on standard AA batteries with a built-in auto-shutoff feature to ensure prolonged operational readiness.
Primary Applications
Neo-Natal Intensive Care Units (NICU): Routine validation of overhead phototherapy lamps.
Biomedical Engineering Departments: Periodic calibration checks and preventative maintenance of hospital nurseries.
Home-Care Equipment Verification: Testing portable Bili-blankets before deployment to outpatient environments.
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