Neonatal Care · Healthcare Version

Warm
Hug
NH-02

Clinical Neonatal Warmer for Healthcare

Three Warming Modes - Moderate (0.5°C/hr), Rapid (1°C/hr), and Slow (0.25°C/hr) - selected by the clinician based on the clinical situation.

Manual Override by Healthcare Worker - Clinicians can bypass servo-control for rapid heating during resuscitation and surgical procedures.

Continuous Temperature Monitoring - Three thermistor probes (axillary, abdominal, Peltier inlet) for precise multi-point thermal surveillance.

Continuous Power Supply - Designed for NICU, post-natal wards, and clinical settings with stable power infrastructure.

Government Patented - Indigenously designed and developed in India by Medline Robotics.

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Warm Hug NH-02 - Clinical Neonatal Warmer
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Trusted Credentials

⚡
Power Source
Continuous Supply
🌡️
Critical Threshold
36.5°C
🔄
Warming Modes
3 Modes
🌡️
Temp Accuracy
±0.1°C
🏛️
Recognition
Govt. of India Patented

What is the Warm Hug NH-02

Clinical Precision.
At Every Bedside.

The Warm Hug NH-02 is the advanced variant of the servo-controlled neonatal warmer, designed specifically for healthcare facilities. It supports three clinically distinct warming modes - Moderate (0.5°C/hr), Rapid (1°C/hr), and Slow (0.25°C/hr for research and clinical evaluation) - selected by the healthcare worker based on the infant's clinical presentation.

The device consists of two primary components: a Control Unit that regulates and delivers precise warmth while monitoring system performance, and an Infant Thermal Mattress internally lined with a circuit system for even heat distribution that wraps around the newborn to maintain a consistent temperature.

Built for NICUs, post-natal wards, emergency rooms, and neonatal transport, the NH-02 gives healthcare workers precise, protocol-compliant temperature management with a manual override capability to bypass servo-control for rapid heating when required.

15M
Preterm Births Globally
Every year worldwide
60%
Hypothermia on Admission
Preterm babies arriving hypothermic
3
Warming Modes
Moderate, Rapid & Slow
36.5°C
Critical Temperature
WHO defined safe lower limit

Three Warming Protocols

Right Warming Rate for Every Situation

Mode 01
Moderate Warming
0.5°C / hour
The standard warming protocol for most clinical presentations. Moderate mode steadily elevates the infant's core temperature at a safe, controlled rate suited to routine hypothermia management in ward and NICU settings.
Routine Hypothermia Standard Clinical Use
Mode 02
Rapid Warming
1°C / hour
Designed for neonates requiring faster intervention. Rapid mode delivers 1°C per hour of temperature increase, suitable for severe hypothermia, neonatal resuscitation, and situations where swift restoration of core temperature is critical.
Neonatal Resuscitation Severe Hypothermia
Mode 03
Slow Warming
0.25°C / hour
A highly gradual warming rate available as an optional setting for healthcare settings. Slow mode at 0.25°C per hour is intended for clinical evaluation and research purposes where precise, ultra-controlled temperature change is required.
Clinical Evaluation Research Settings

Why It Matters

Limitations of Existing Solutions

Expensive Radiant Warmers - require continuous power, highly trained operators, and significant infrastructure, making them inaccessible to many facilities and impractical for transport.

No Protocol-Specific Modes - standard warmers provide a single mode without the ability to differentiate between rapid and slow warming protocols based on clinical presentation.

No Rate-Controlled Warming - standard warmers do not offer clinically distinct warming rates. The NH-02 provides Moderate, Rapid, and Slow modes with precise °C/hr control, matching the protocol to the infant's clinical condition.

Key Features

Designed for Clinical Settings

01
Dual-Mode Warming
Two clinically distinct warming protocols - Rapid Mode for neonatal resuscitation and severe hypothermia, Slow Mode for sepsis and poor perfusion - selectable by the healthcare worker based on clinical indication.
02
Manual Mode by Clinician
Healthcare workers can intervene and manually adjust warming parameters at any time, overriding the automated servo-control when the clinical situation demands direct hands-on management.
03
Three-Mode Warming Protocol
Moderate (0.5°C/hr) for routine use, Rapid (1°C/hr) for severe hypothermia and resuscitation, and Slow (0.25°C/hr) for clinical evaluation and research - each mode precisely servo-regulated to the target rate.
04
Continuous Temp Monitoring
Real-time, continuous axillary temperature monitoring maintains oversight of the neonate's thermal state and provides the healthcare team with moment-to-moment data across the full care episode.
05
Servo-Controlled Precision
Automated servo mechanism regulates heat output precisely within the selected warming protocol, preventing both dangerous hypothermia and hyperthermia without requiring constant manual adjustment.
06
Continuous Power Operation
Engineered for facility use with continuous mains power supply, making it suitable for integration into NICU bays, post-natal ward stations, and neonatal transport units with onboard power.
07
SMS Alerts to Healthcare Provider
Automatically sends an SMS notification to the designated healthcare provider whenever a hypothermic event is detected - ensuring the clinical team is informed immediately, even when not physically present at the bedside.
08
Audio & Visual Hypothermia Alert
On-device audio buzzer and visual indicator are triggered simultaneously when a hypothermic event is detected - providing an immediate, unmissable alarm at the point of care to prompt rapid clinical intervention.
09
Triple IR Sensor System
Two dedicated IR sensors in the infant thermal mattress continuously assess the newborn's body temperature, while a third IR sensor independently monitors mattress surface temperature - providing three-point thermal oversight in real time.
10
Digital Waveform Display
The control unit visualises temperature data in both digital readout and live waveform format, giving clinicians a clear, continuous graphical view of the infant's thermal trend over time for informed clinical decision-making.

Technical Specifications

Device Specifications

Components Infant Thermal Mattress & Control Device
Sensors 2 × IR sensors for infant temperature, 1 × IR sensor for mattress temperature
Temperature Monitoring Real-time for both infant and mattress
Temperature Range 36.5°C to 37.5°C
Display Digital with waveform visualization
Alerts Audio and visual alerts for hypothermia
Control System Microcontroller-based feedback system

Clinical Applications

Built for Every Care Setting

Warm Hug NH-02 - Clinical Settings: Post Natal Ward, NICU, At Home, Travel, Neonatal Transport

Why Choose Warm Hug NH-02

A Smarter Clinical Alternative

Feature Conventional Radiant Warmer Standard Incubator Warm Hug NH-02
Dual Warming Modes✗ Single mode only✗ Single mode only✓ Rapid & Slow protocols
Warming Mode Options✗ Single mode only✗ Single mode only✓ 3 modes: Moderate, Rapid, Slow
Manual Override✓ Manual control✗ Limited control✓ Auto + manual override
Neonatal Transport✗ Not portable✗ Heavy, not portable✓ Transport-compatible
Continuous Monitoring✓ Yes✓ Yes✓ Real-time, continuous
Precise Warming Rate Control✗ Not rate-controlled✗ Not rate-controlled✓ 0.25 / 0.5 / 1°C per hour
Audio & Visual Alerts✗ Limited alert system✗ Limited alert system✓ On-device audio & visual alarm
SMS Alert to Provider✗ No SMS alerts✗ No SMS alerts✓ Auto SMS on hypothermic event
Cost & Infrastructure✗ High cost, heavy infra✗ High cost, stationary✓ Affordable, minimal infra

Common Questions

Frequently Asked

The NH-02 is designed exclusively for use in healthcare settings by trained medical personnel. It is intended for use in NICUs, post-natal wards, neonatal transport units, and emergency rooms where clinical-grade temperature management with provider-level oversight is required.
The NH-02 has three modes: Moderate (0.5°C/hr) is the standard setting for routine hypothermia management. Rapid (1°C/hr) is used for faster intervention in severe hypothermia or neonatal resuscitation. Slow (0.25°C/hr) is an optional setting for healthcare facilities conducting clinical evaluation or research where ultra-precise, gradual temperature change is required.
The display unit shows the required set temperature, axillary temperature, abdominal temperature, Peltier cooler output percentage, mattress temperature, remaining battery level, and estimated duration of operation remaining - giving the healthcare team full visibility of the infant's thermal state at a glance.
Yes. The NH-02 includes a manual override mode that allows a healthcare worker to directly control warming parameters when the clinical situation demands it. This is particularly useful during neonatal resuscitation or when specific clinical protocols require direct hands-on thermal management.
Yes. The Warm Hug NH-02 is equipped with an SMS alert feature that automatically notifies the designated healthcare provider when a hypothermic event is detected. This ensures that the clinical team is informed immediately - even if they are not present at the bedside - allowing for faster intervention and improved patient outcomes.
Yes. The NH-02 is designed for use in neonatal transport vehicles equipped with continuous power supply. It maintains servo-controlled temperature and continues to monitor and alert during inter-facility transfers, ensuring thermal stability throughout the transport episode.
Contact us at +91 9445406117 or email shakilakulasekaran@medlinerobotics.com for institutional pricing, bulk procurement, and demo arrangements. Our team works directly with hospital procurement departments and can provide formal quotations on request.

Clinical Warmth. Smarter Alerts.

The Warm Hug NH-02 brings three-mode precision warming - Moderate, Rapid, and Slow - with manual override capability, designed for NICUs, post-natal wards, and neonatal transport. Contact us for institutional inquiries.

Phone
+91 9445406117
Email
shakilakulasekaran@medlinerobotics.com
Website
medlinerobotics.com
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