Phototherapy Machine for Neonatal Jaundice Treatment

Clinical-Grade LED Phototherapy Units for NICU & Maternity Hospitals

A phototherapy machine is a critical neonatal care device used to treat hyperbilirubinemia (newborn jaundice) through controlled blue-spectrum light exposure. In modern NICU settings, LED phototherapy units are considered standard equipment for safe and effective bilirubin reduction.

Enshrine Healthcare Systems supplies hospital-grade phototherapy machines in Hyderabad designed for continuous use in Neonatal Intensive Care Units, maternity wards, and pediatric departments.

These systems are built for clinical durability, uniform irradiance output, and safe long-duration neonatal therapy.

Why Phototherapy is Essential in Neonatal Care

Neonatal jaundice affects a significant percentage of newborns during the first week of life. When bilirubin levels exceed safe thresholds, controlled phototherapy becomes necessary to prevent complications such as bilirubin encephalopathy.

Modern LED phototherapy machines

• Emit blue light in the optimal therapeutic wavelength range (approximately 460–490 nm)
  
  
• Convert unconjugated bilirubin into water-soluble forms
  
  
• Reduce bilirubin levels without invasive procedures
  
  
• Support safe, continuous treatment in NICU environments
  
  

Hospitals require dependable phototherapy systems to ensure timely intervention and consistent treatment outcomes.

Types of Phototherapy Machines Available

Single-Surface LED Phototherapy Unit

• Overhead LED configuration
  
  
• Suitable for mild to moderate neonatal jaundice
  
  
• Uniform light distribution
  
  
• Ideal for maternity wards and standard NICU cases
  
  

Double-Surface Phototherapy Machine

• Dual-direction LED exposure (top and bottom)
  
  
• Increased irradiance intensity
  
  
• Faster bilirubin reduction in severe cases
  
  
• Suitable for high-dependency neonatal care
  
  

Portable / Adjustable Phototherapy Systems

• Compact design for space-limited NICUs
  
  
• Adjustable height and tilt mechanism
  
  
• Easy positioning around neonatal beds or warmers
  
  

Technical Specifications

Procurement teams typically evaluate phototherapy machines based on

• Wavelength range (460–490 nm optimal for bilirubin breakdown)
  
  
• Irradiance level (measured in µW/cm²/nm)
  
  
• LED lifespan (often 20,000–50,000 hours)
  
  
• Heat emission levels
  
  
• Power consumption efficiency
  
  
• Digital timer and control system
  
  
• Adjustable height mechanism
  
  
• Compliance with neonatal safety standards
  
  

Non-Invasive Bilirubin Reduction

Phototherapy eliminates the need for invasive interventions in most moderate jaundice cases.

Reduced NICU Stay Duration

High-irradiance LED systems can accelerate bilirubin reduction, potentially shortening hospitalization time.

Low Heat Emission

Modern LED phototherapy machines reduce dehydration and thermal stress risks.

Continuous Therapy Compatibility

Units are compatible with neonatal beds, bassinets, and incubators without interrupting care routines.

Professional Phototherapy Equipment for Neonatal Care

Enshrine Healthcare Systems supports hospitals, NICUs, and pediatric care centres with reliable phototherapy machines in Hyderabad.

We focus on

• Quality-tested neonatal equipment
  
  
• Suitable models for NICU and maternity hospitals
  
  
• Technical guidance before purchase
  
  
• Competitive pricing
  
  
• Timely local delivery
  
  

We aim to supply equipment that supports safe neonatal jaundice management and long-term operational reliability.

Related Neonatal & Critical Care Equipment

Hospitals managing neonatal jaundice cases often require additional diagnostic and monitoring equipment. Enshrine Healthcare Systems also supplies:

• Transcutaneous Jaundice Meter (Bilirubin Meter) for non-invasive bilirubin screening
  
  
• Ambulatory Blood Pressure Monitoring (ABPM) Devices for advanced diagnostic support
  
  
• ECG Machines for cardiac monitoring
  
  
• Infusion Pumps for controlled medication delivery
  
  
• Oxygen Concentrators for respiratory support
  
  

These devices collectively support comprehensive neonatal and critical care management.