Photo-Therapy 4000: An Effective Solution for Neonatal Phototherapy
Hyperbilirubinemia is a common condition in newborns, resulting from the temporary inability of their liver to effectively eliminate bilirubin. Phototherapy is a recognized method for reducing serum bilirubin levels and preventing neurological complications associated with jaundice. The Dräger Photo-Therapy 4000 is designed to meet the needs of neonatal units by providing effective and safe treatment for infants.
This device utilizes blue spectrum fluorescent tubes with a peak emission of 460 nm, the ideal wavelength to promote the conversion of bilirubin into water-soluble compounds that are easily eliminated by the body. Its design ensures uniform light diffusion, enabling consistent and effective treatment.
One of the major advantages of the Photo-Therapy 4000 is its silent operation without a fan, ensuring a calm environment for the infant and healthcare professionals. Its compact size allows for easy integration into care spaces while offering great flexibility in use. To better adapt to each patient's needs, the light intensity can be adjusted by replacing white fluorescent tubes with additional blue tubes.
To simplify the installation and use of the Photo-Therapy 4000, a wheeled stand is available, facilitating its movement and optimal positioning above the incubator. An integrated technical lifespan counter allows monitoring of the fluorescent tubes' usage, ensuring effective preventive maintenance.
The device operates with a 120 W power supply and provides suitable light intensity at a distance of 40 cm. With four blue fluorescent tubes, the intensity is 1.6 ±0.3 mW/cm² and can reach 2.3 ±0.4 mW/cm² with six blue fluorescent tubes. The compact dimensions of the device (54 × 28.5 × 13.5 cm) and its optimized weight (starting from 5.6 kg) facilitate handling and storage.
The Photo-Therapy 4000 is a Class IIa medical device, compliant with current safety standards for optimal management of infants with hyperbilirubinemia. Its cost-effectiveness and reliability make it a wise choice for healthcare facilities seeking a high-performance solution tailored to the demands of neonatology.
