Infant Bilirubin Phototherapy Unit
Infant bilirubin phototherapy units play a critical role in the treatment of neonatal jaundice by utilizing specific wavelengths of light to break down bilirubin in an infant’s skin. These devices provide a non-invasive and effective method to reduce high levels of bilirubin, preventing potential brain damage and other complications. Their design focuses on safety, efficiency, and ease of use in clinical environments, ensuring that newborns receive the optimal therapeutic light exposure they require.
These phototherapy units are widely used in hospitals and neonatal clinics, offering adjustable intensity and coverage options to suit different treatment needs. They often feature LED technology for longer lifespan, cooler operation, and energy efficiency. Additionally, they are designed to be portable or fixed, allowing versatile integration in various healthcare settings to improve newborn care outcomes.
What You Should Know Before Selecting an Infant Bilirubin Phototherapy Unit and Making an Investment
Key Factors to Consider
When selecting an infant bilirubin phototherapy unit, it is crucial to consider the wavelength emitted, as this determines how effectively bilirubin molecules are broken down. Units should emit blue light usually within the 430-490 nm range. Other important factors include the intensity of light, ease of adjusting treatment parameters, and safety mechanisms to prevent overheating or overexposure to the infant.
Additionally, the unit’s design affecting portability, ease of maintenance, and integration with clinical workflows must be factored in. User-friendly interfaces and clear displays help healthcare professionals monitor treatments accurately. Compliance with international safety standards and certifications also assures the reliability and safety of the phototherapy device.
Market Price Range
The price range of infant bilirubin phototherapy units varies widely depending on technology, model, and features. Basic units with fluorescent lamps might cost significantly less than advanced LED-based models with digital controls. Understanding the market helps purchasers identify the best value while balancing budget constraints and clinical functionality.
Prices are also influenced by brand reputation, warranty offerings, and after-sales service. Investing in higher-quality devices might mean higher upfront costs, but often results in better reliability and reduced maintenance expenses over time. Therefore, a thoughtful assessment of price versus benefits is essential to making an informed purchase.
Quality-Price Ratio
When evaluating quality-price relationship, it is important to weigh the durability of the phototherapy unit against its cost. Units with LED lighting systems usually offer longer lifespans and lower electricity consumption, providing better value long term. Moreover, devices with adaptable settings and safety features tend to justify a higher investment due to improved treatment outcomes.
Quality customer support and warranty services contribute to the overall cost-effectiveness of the device. Selecting a trusted manufacturer ensures timely technical assistance, reducing downtime and enhancing clinical operations.
Lifespan Expectations Based on Use and Maintenance
The lifespan of infant bilirubin phototherapy units depends greatly on usage frequency and regular maintenance. LED units can last significantly longer, up to 50,000 hours or more, compared to traditional fluorescent lamps, which may need replacement after fewer operational hours.
Proper cleaning, handling, and adherence to manufacturer-recommended servicing schedules can extend the device’s life and maintain performance. Avoiding exposure to moisture and ensuring electrical components are intact are critical maintenance practices to consider.
KALSTEIN INFANT BILIRUBIN PHOTOTHERAPY UNITS
Among so many products, at Kalstein you can find the ideal infant bilirubin phototherapy unit for your Clinic
If you’re unsure about which infant bilirubin phototherapy unit to purchase, consider key elements such as light wavelength precision, user-friendly controls, energy efficiency, and safety features. It is essential to select a reliable unit that provides effective treatment while ensuring infant comfort and clinical workflow efficiency. Kalstein offers a range of phototherapy devices that combine advanced technology and robust construction for optimal neonatal care.
Neonatal LED Phototherapy Unit YR06217
The Neonatal LED Phototherapy Unit YR06217 is an advanced medical device designed to provide effective phototherapy trea…
Infant Phototherapy Unit YR06218
The Infant Phototherapy Unit YR06218 is designed to provide effective treatment for neonatal jaundice. Featuring an adva…
Infant Phototherapy Unit YR06219
The Infant Phototherapy Unit YR06219 is a state-of-the-art device designed to deliver effective jaundice treatment for n…
Infant Phototherapy Unit YR06220
The Infant Phototherapy Unit YR06220 is designed to deliver effective treatment for neonatal jaundice, providing adjusta…
Our infant bilirubin phototherapy units best seller from Kalstein
The Neonatal LED Phototherapy Unit YR06217 is an advanced medical device designed to provide effective phototherapy treatment for newborns. Utilizing either a blue tube or LED as its light source, this unit ensures a long-lasting performance with an effective life span of up to 50,000 hours, maximizing its usability and value. Its user-friendly LED digital timer displays both therapy and total time, facilitating precise treatment management.
The market for phototherapy units like the Neonatal LED Phototherapy Unit YR06217 typically ranges from $800 to $1600, considering quality and features. While prices fluctuate based on specific features and vendor pricing policies, our offering ensures competitive rates without compromising on quality. For a precise quote, we invite you to initiate an automated quote request through Kalstein Plus, ensuring transparency and convenience in your purchasing process.
| Model | YR06217 |
| Input power | <150VA |
| Light source | Blue tube/ LED tube |
| Light source effective life | 2,000 /50,000 hours |
| Wave length | 400-550nm |
| Irradiance treatment distance | 10~500px |
| Effective area | 1125px×600px |
| Bilirubin total irradiance maximum (Ebi maximum) | ≥2000μW/cm2 |
| In effective area surface | ≥500μW/cm2 |
| Average in effective area surface | ≥400μW/cm2 |
| Uniformity of Ebi | >0.4 |
| Infrared radiation in effective area | ≤10mW/cm2(760nm<λ≤1400nm) |
| Ultraviolet radiation in effective area | ≤1.0×10-5mW/cm2 (180nm<λ≤400nm) |
| Time display accuracy | 2h±1min |
| Operate noise | ≤55dB(A)(ambit noise is lower than 40dB(A)) |
| Basic performance | the equipment total irradiance (Ebi) ≥500μW/cm2 |
| Time display range | 9999h 59min |
| Adjust angle | 30°,60°,90° |
| Adjust height | 1100mm~1500mm |
Choosing the right phototherapy affects treatment effectiveness significantly.
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Infant bilirubin phototherapy unit offers
Kalstein updates enhance phototherapy unit performance and safety.
Comprehensive guides help optimize phototherapy use and neonatal outcomes effectively.
Explore detailed manuals and expert recommendations to expertly operate phototherapy units, ensuring maximum safety and treatment efficiency for newborns in clinical settings worldwide.
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FAQs
The delivery time for your Kalstein product will depend on the following:
- Whether the equipment of your interest is in stock or needs to be manufactured.
- The type of freight chosen, which can be either air or sea.
- Equipment in stock:
– Delivery Time (Air): 15-30 days.
– Delivery Time (Sea): 45-60 days.
- Equipment not in stock:
– Delivery Time (Air): 30-60 days.
– Delivery Time (Sea): 60-90 days.
You can make your purchase through:
- Email: [email protected]
- Phone: +33 (0) 1 70 39 26 50
- E-commerce: Through Kalstein’s official website in your country.
At Kalstein, we facilitate customer inductions and technical support through new online methods. You can visit our induction videos, technical assistance, and guidance provided by a Kalstein team on our YouTube channel (Kalstein English). HERE.