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Neonatal radiant warmer ZRW-A12 is an open care system which helps to keep the infant body in warm condition. It helps to maintain the body temperature of new born baby by providing sufficient heat to the body. The heat produced is reflected by reflector to the entire mattress surface where the infant lay.
| Temperature Range | +18°C to +30°C |
| Heater Infrared Wavelength | 1 to 3 µm |
| Time to Warm Up | ≤ 45 minutes |
| Mattress Dimensions | 81 cm (radiant unit) |
| Max Load on Mattress Tray | 10 kg |
| Tilt of Mattress | 0 to ±10° (step-less adjustment) |
| Air Flow Rate | < 0.3 m/s |
| Humidity | 75% at 30°C |
| Alarms | System failure, Power failure, Sensor failure, Temperature deviation, Noise level, Pressure adjustment |
| Noise | ≤ 55 dB |
| Pressure Adjustment | 0 to 165 mmHg |
| X-ray Cassette | Present |
| Power Consumption | ≤ 1000 VA |
Automatic temperature control
Power failure, sensor failure, temperature deviation alarm is present
X-ray cassette is present
Ease operation
This is used in the pediatric department, to provide stable thermos regulated environment to the new born babies. Mainly to the premature babies (born before 31 weeks)
Frequently Asked Question
The device uses overhead infrared heat and a sensor (usually placed on the baby's skin) to monitor and regulate body temperature automatically. It adjusts the heat output to maintain a preset temperature range.
Yes. Radiant warmers are designed with safety features like temperature monitoring, alarms, and timers to prevent overheating or underheating. Regular maintenance and proper usage by trained staff ensure safety.
In most cases, yes. Radiant warmers are open systems, allowing easy access for both caregivers and parents. However, any handling should follow medical staff instructions, especially in critical care settings.
Radiant Warmer: Provides open access and overhead heat; used for short-term or emergency care. Incubator: A closed system that controls temperature, humidity, and airflow; used for longer-term care in preterm or ill newborns.
When used correctly, risks are minimal. However, improper use may lead to skin burns, dehydration, or heat loss. This is why monitoring and trained personnel are essential.
