NEONATAL HEATED WIRE VENTILATOR BREATHING SYSTEM

NEONATAL HEATED WIRE VENTILATOR BREATHING SYSTEM Specification

Instruments Type
Ventilator Breathing Circuit Accessory

Function
Humidifies and heats respiratory gas for neonates

Storage Instructions
Keep in a dry, dust-free environment, away from direct sunlight

Accuracy
Maintains temperature of delivered gas within 1C

Measurement Range
Gas temperature setting: typically 30C to 38C

Usage Type
Single Patient Use (Disposable)

Shelf Life
5 years (unopened)

Features
Integrated Heated Wire, Anti-condensation, Sterile, Lightweight, Flexible Connectors

Equipment Type
Neonatal Heated Wire Ventilator Breathing System

Material
Medical-grade Polyvinyl Chloride (PVC), Silicone, Polyethylene

Condition
New

Technology
Heated Wire Circuit

Portable
Yes

Wall Mounted
No

Real-Time Operation
Yes

Noise Level
Low

Operating Type
Continuous

Use
Neonatal Respiratory Support; Delivers Humidified and Heated Breathable Gas

Power Source
External Power Supply (Mains)

Power Consumption
Approx. 30W

Voltage
110240V AC, 50/60Hz

Dimension (L*W*H)
Tubing length: 1.52.0 m (assembled system dimensions may vary)

Weight
Approx. 450 g (system

Color
Clear/Transparent/Blue (as shown)

Compliance Standards
CE Marked, ISO 13485 Certified

Application
NICU, Neonatal Care Units, Pediatric Intensive Care

Humidity Output
33 mg/L absolute humidity at recommended operation

Packing
Individually Packed in Sterile Packaging

Patient Population
Neonate, Preterm, Infant

Circuit Configuration
Dual limb (inspiratory & expiratory limbs with heated wire)

Sterility
EO Sterilized

Maximum Flow Rate
Up to 15 L/min

Latex Content
Latex-free materials

Tubing Diameter
15 mm (standard) inner diameter

Water Trap
Integrated Water Trap to prevent backflow

Operating Temperature Range
10C to 40C ambient temperature

Temperature Sensor Port
Included (Y-site or as required by device)

Connector Type
Universal Connectors compatible with most neonatal ventilators

About NEONATAL HEATED WIRE VENTILATOR BREATHING SYSTEM

Neonatal Heated Wire Ventilator

Neonatal heated wire ventilator circuits are designed to provide consistent humidity levels and protect the respiratory system of newborns during invasive and non-invasive therapies. These circuits are available in various configurations to suit different ventilator models and clinical needs. Here are some examples:

Neonatal Single Heated Wire - Kit 1: This kit includes a Y-piece with a suction port, an incubator extension, and other components necessary for neonatal ventilation. It is available in both standard and SLE ventilator versions.
Neonatal Dual Heated Wire - Kit 1: This kit features a dual heated wire system, providing enhanced humidification and temperature control. It also comes in standard and SLE ventilator versions.
Neonatal Single Limb Heated Wire for CPAP / HFOT - Kit 1: This circuit is designed for use with CPAP or HFOT (High Flow Oxygen Therapy) and includes components such as a pressure relief valve and an auto-fill chamber.
Neonatal Nitric Oxide Adapter Kit: This kit is specifically designed to facilitate the use of nitric oxide therapy in neonatal patients.
Neo2Vent SLE VENTILATOR CIRCUIT: This circuit is compatible with SLE ventilators and is designed for neonatal use.
Infant Single Limb Heated Wire Circuit: This circuit is available in standard, Drger, and SLE types and is designed for use with invasive and non-invasive ventilation.

Each of these circuits is designed to ensure consistent humidified air delivery, minimize condensation, and provide easy tube organization, contributing to better patient care in neonatal units.

Optimal Neonatal Respiratory Care

This ventilator breathing system ensures safe and efficient delivery of humidified and heated respiratory gases for neonates, infants, and preterm babies. The combination of a dual-limb configuration and an integrated heated wire maintains optimal airway temperature and humidity, supporting sensitive developing lungs during critical care.

Universal Compatibility and Advanced Features

Featuring universal connectors and a built-in temperature sensor port, the system seamlessly connects with most neonatal ventilators. The integrated water trap and anti-condensation design reduce maintenance needs while enhancing safety by preventing moisture backflow and circuit blockage.

Sterile, Reliable, and Easy to Use

Each system is EO sterilized and comes individually packed, ensuring top-tier infection control and easy handling. The disposable, latex-free design minimizes cross-contamination risks, making it ideal for single-patient use in high-standard clinical environments.

FAQ's of NEONATAL HEATED WIRE VENTILATOR BREATHING SYSTEM:

Q: How does the neonatal heated wire ventilator breathing system work?

A: The system delivers heated and humidified respiratory gas to neonates by using a dual-limb circuit with integrated heated wires, which help maintain consistent gas temperature and humidity. This supports respiratory comfort and minimizes the risk of airway drying in vulnerable neonatal and pediatric patients.

Q: What types of neonatal ventilators is this breathing system compatible with?

A: Designed with universal connectors, this system is compatible with most neonatal ventilators on the market, supporting flexible use across various NICU and pediatric intensive care settings.

Q: When should the neonatal heated wire ventilator breathing system be used?

A: It is intended for use during respiratory support in neonatal intensive care units, pediatric intensive care, and other neonatal care units, particularly for neonates, preterm infants, and babies requiring precise humidification and temperature-controlled airway support.

Q: Where should this product be stored before use?

A: The system should be stored in a dry, dust-free environment away from direct sunlight to preserve its sterility and prolong its five-year unopened shelf life.

Q: What is the process for setting up the breathing circuit with a ventilator?

A: First, ensure the ventilator is compatible. Remove the sterile-packed circuit, connect the universal connectors to the ventilator's inspiratory and expiratory ports, and attach to the patient interface. Connect the heated wire and temperature sensor (if required), then set the gas temperature and humidity as per clinical protocol before use.

Q: How does the integrated water trap benefit patient care?

A: The integrated water trap prevents backflow of condensate into the patient circuit, reducing the risk of infection and circuit blockage, thereby enhancing the safety and reliability of respiratory therapy for neonates.