Description
The Infant Phototherapy Unit YG0241 is an advanced, ceiling-type phototherapy device specifically designed for the effective treatment of neonatal jaundice. This device provides blue light therapy through its blue tube light source, which operates within the 400-550nm wavelength range, ideal for breaking down excess bilirubin in newborns. The YG0241 features a programmable system controller, allowing healthcare providers to set different lighting intensities (from 33% to 100%) and adjust therapy time accordingly, ensuring the treatment is customized to the infant’s needs. This flexibility enhances the effectiveness of the treatment while reducing potential risks of overexposure.
Market Price
The Infant Phototherapy Unit YG0241 is priced in the range of $505 to $510, depending on the specific configuration and any additional features or options. This price reflects the high-quality technology and durability that the unit offers, making it an excellent investment for hospitals, neonatal care units, and pediatric clinics. To receive a more tailored quote based on your needs, you can request a customized quote through Kalstein Plus.
Frequently Asked Questions
- What condition does the YG0241 treat? The YG0241 is specifically designed to treat neonatal jaundice, a condition in newborns where excess bilirubin in the bloodstream causes a yellowish tint to the skin and eyes. The unit uses blue light to break down the bilirubin and reduce jaundice.
- Can the YG0241 be used in homecare settings? While the YG0241 is designed for use in hospitals and neonatal care units, its ceiling-mount design may require adjustments for homecare settings. It is best utilized in a clinical environment for optimal results, although it can be adapted for home use with proper setup.
- How does the unit’s programmable controller work? The programmable system controller allows medical professionals to adjust lighting intensity and set therapy durations according to the patient’s needs. It enables more customized treatment, ensuring each infant receives the appropriate phototherapy for their condition.
Advantages and Disadvantages
Advantages:
- Ceiling-type design allows for efficient use of space in busy neonatal care units.
- Customizable lighting intensity and therapy time for patient-specific treatment.
- Low noise level ensures a quiet and comfortable environment for both infants and caregivers.
- Long-lasting light source with 1000 hours of use, ensuring durability and reducing maintenance costs.
- LCD display for easy tracking of session time, providing convenience and accuracy for healthcare providers.
Disadvantages:
- The ceiling-mount design may require appropriate installation and may not be ideal for all healthcare environments.
- Initial investment could be higher compared to standard phototherapy units, though the advanced features justify the price.
Field Use
The YG0241 is ideal for use in neonatal care units, hospitals, and pediatric clinics that require a reliable and efficient method for treating neonatal jaundice. The unit’s adjustable light intensity and programmable timer ensure that infants receive personalized treatment based on their specific needs. It is especially useful for preterm infants or those with severe jaundice, offering a safe and effective way to manage bilirubin levels.
Recommendations
To ensure optimal performance, the YG0241 should be regularly cleaned and maintained. Check the light tubes for wear and ensure that the mounting system is securely installed. Regularly review the settings to ensure the appropriate light intensity and therapy time are set for each treatment. Ensuring the unit operates within recommended temperature and humidity ranges will also help maintain its effectiveness and longevity.
Technical Specifications
Model | YG0241 |
Input power | <150VA |
Light source | Blue tube |
Light source effective life | 1000 hours |
Wave length | 400-550nm |
Irradiance treatment distance | 10~500px |
Effective area | 1125px×600px |
Infrared radiation in effective area | ≤10mW/cm2(760nm<λ≤1400nm) |
Ultraviolet radiation in effective area | ≤1.0×10-5mW/cm2 (180nm<λ≤400nm) |
Operate noise | ≤55dB(A)(ambit noise is lower than 40dB(A)) |
Basic performance | ≥500μW/cm2 |