Infant Phototherapy Unit with Skin Temperature Monitor

The Axiom LED Infant Phototherapy Unit with Skin Temperature Monitor is an advanced neonatal phototherapy system designed for the management of neonatal jaundice and hyperbilirubinemia. It features an LCD display showing therapy time, lighting intensity and the baby's skin temperature. A dedicated skin-temperature sensor continuously monitors the infant during treatment, while an internal fan helps reduce heat generated during operation. The programmable controller allows clinicians to select different treatment intensities at 33%, 67% or 100% and set therapy duration up to 99 hours 59 minutes. Integrated white LED examination lighting allows easier observation of the newborn without interrupting treatment. The specification set you provided matches published infant phototherapy systems using a 360 × 210 mm irradiation area and 400–550 nm wavelength range. Key Features LCD display for therapy time lighting intensity and skin temperature Integrated skin-temperature monitoring sensor White LED examination light Internal cooling fan to reduce operational heat Programmable phototherapy controller Three lighting intensity levels: 33% 67% and 100% High bilirubin irradiance output Therapy timer adjustable up to 99 h 59 min Temperature monitoring range of 30–40°C Wide 360 × 210 mm treatment area Low power consumption of ≤100 VA Designed for neonatal jaundice treatment Suitable for NICU maternity and newborn-care environments Specification Details Brand Axiom Product Infant Phototherapy Unit Display LCD Display Information Time Lighting Intensity Skin Temperature Bilirubin Irradiance at 4 cm 3600 μW/cm² Spectral Irradiance 60 μW/cm²/nm Lighting Intensity 33% / 67% / 100% White Examination Light Yes Skin Temperature Sensor Yes Internal Cooling Fan Yes Radiant Area 360 × 210 mm Power Consumption ≤100 VA Wavelength 400–550 nm Radiant Uniformity >0.4 Therapy Time Setting 0–99 h 59 min Temperature Monitoring Range 30–40°C Primary Application Neonatal bilirubin phototherapy