Monarch Meditech LED Phototherapy System

Name: Monarch Meditech LED Phototherapy System
Brand: MONARCH MEDITECH
Price: 25000.0 INR
Availability: InStock

Price 25000.0 INR/ Piece

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MOQ : 2 Pieces

Monarch Meditech LED Phototherapy System Specification

Use
hospital

Product Type
PHOTHOTHERAPY

Material
fluorescent tubes, tungsten-halogen lamps, fiberoptic systems, and gallium nitride LED lights.

Dimension (L*W*H)
Height (adjustable) Min - 1230mm, Max - 1600 mm. Lenght -800mm, Width- 720mm. Millimeter (mm)

Color Code
blue-WHITE

Suitable For
PEDIATRICS

Weight
45 Kilograms (kg)

Monarch Meditech LED Phototherapy System Trade Information

Minimum Order Quantity
2 Pieces

FOB Port
SURAT

Payment Terms
Cash Advance (CA), Cash in Advance (CID)

Supply Ability
5 Pieces Per Day

Delivery Time
7 Days

Sample Available
No

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Main Domestic Market
All India

About Monarch Meditech LED Phototherapy System

LED Phototherapy

Heavy duty mobile stand phototherapy unit
Fire retardant enclosure for light source
Light source height adjustment approx. 0.95 m to 1.5 m
Light source tilt continuous upto +/- 90
Source cooling fan
Therapeutic high wattage blue LEDs 12 nos.
Wavelength 455 to 465nm
High irradiance at skin level up to 55 uw/cm2/nm
Effective surface area 40 cm x 30 cm at 45/35 cm from light source with uniformity ratio of > 0.40
LED Lamps rated to last upto 50,000 hrs (with 30% depreciation)
Dual digital cumulative hour timer for LED usage and patient exposure
Mounted on 2 wheel

Advanced Phototherapy Solution for Pediatrics

Monarch Meditechs LED Phototherapy System offers effective treatment for newborn jaundice by combining multiple light technologies in one robust device. Designed specifically for pediatric hospital environments, the adjustable height and compact dimensions allow easy integration into neonatal care units, ensuring accessibility and adaptability for healthcare professionals.

Multiple Light Sources for Optimal Care

Utilizing fluorescent tubes, tungsten-halogen lamps, fiberoptic systems, and gallium nitride LED lights, this system delivers consistent blue-white light required for phototherapy. Each source is chosen for its phototherapeutic efficacy, ensuring safe and reliable operation while maximizing bilirubin breakdown in infants.

FAQs of Monarch Meditech LED Phototherapy System:

Q: How does the Monarch Meditech LED Phototherapy System treat neonatal jaundice?

A: This system uses therapeutic blue-white light generated by a combination of fluorescent tubes, tungsten-halogen lamps, fiberoptic systems, and gallium nitride LED lights. The light penetrates the babys skin, breaking down bilirubin and aiding in its elimination, which is crucial for treating neonatal jaundice.

Q: What are the advantages of gallium nitride LED lights over traditional light sources in this system?

A: Gallium nitride LED lights offer highly efficient, focused, and stable blue light emission with more precise wavelength control. This enhances treatment efficacy, reduces energy consumption, and generates less heat compared to conventional lamps, making it safer for continuous use in pediatrics.

Q: When is this phototherapy device typically used in hospitals?

A: The Monarch Meditech LED Phototherapy System is primarily used in neonatal care units as soon as a newborn is diagnosed with hyperbilirubinemia or jaundice. Early intervention with phototherapy is critical to prevent complications associated with high bilirubin levels.

Q: Where can the Monarch Meditech Phototherapy System be installed in a hospital setting?

A: With its adjustable height and manageable size, the unit is ideal for placement next to neonatal intensive care beds or within specialized pediatric wards. Its sturdy construction ensures stability and facilitates easy movement between locations as needed.

Q: What is the setup process for using this phototherapy system?

A: Installation involves positioning the device close to the patient, adjusting the height to ensure optimal light coverage, and selecting the light source settings. After connecting to a power supply and confirming operational checks, the system is ready for treatment under medical supervision.

Q: How do the systems design and materials benefit healthcare providers and patients?

A: The use of multiple light technologies and durable components ensures reliable, adjustable, and efficient phototherapy. This design simplifies care workflows for medical staff, while delivering precise treatment safely and comfortably to pediatric patients.

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