NEONATAL HEATED WIRE VENTILATOR

NEONATAL HEATED WIRE VENTILATOR Specification

Frequency
50/60 Hz

Usage Type
Hospital, NICU, Pediatric Clinics

Instruments Type
Respiratory Support Equipment

Features
Precise temperature control, adjustable O2 concentration, humidification, overheat and low water alarms

Shelf Life
5 years

Storage Instructions
Store in dry, clean environment; avoid direct sunlight

Display Type
Digital touchscreen

Measurement Range
Tidal volume: 2-100 ml; Pressure: 2-40 cmH2O; FiO2: 21-100%

Accuracy
High-precision sensors for temperature and flow

Function
Provides controlled respiratory support and heated humidification for neonates

Equipment Type
Neonatal Heated Wire Ventilator

Material
Stainless Steel, Medical-grade Plastic

Condition
New

Technology
Heated-wire humidification with advanced ventilation modes

Portable
Yes, with wheels

Wall Mounted
No

Real-Time Operation
Yes

Noise Level
<40 dB

Operating Type
Automatic and Manual

Use
Ventilation support for neonates and infants

Power Source
Electric

Power Consumption
150-200 W

Voltage
220-240 V, 50/60 Hz

Dimension (L*W*H)
Approx. 65 x 45 x 130 cm

Weight
Approx. 25-30 kg

Color
White & blue

Modes of Ventilation
CPAP, SIMV, PSV, Volume Control, Pressure Control

Data Output
USB and optional network connectivity for data logging

Humidification Range
31-37°C adjustable

Safety Alarms
Low/high pressure, low/high temperature, power failure

User Interface
Touchscreen navigation with intuitive UI

Oxygen Concentration Control
Electronic, adjustable 21-100%

Battery Backup
At least 1 hour

Patient Circuit
Disposable/Reusable heated breathing circuit compatible

About NEONATAL HEATED WIRE VENTILATOR

Neonatal Heated Wire VentilatorNeonatal 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.

Advanced Modes of Ventilation

This ventilator supports multiple sophisticated ventilation modes such as CPAP, SIMV, PSV, Volume Control, and Pressure Control. These options allow clinicians to customize respiratory support for each neonate, accommodating varied medical needs and improving patient outcomes through adaptable therapy.

Precision and Safety Features

Equipped with high-precision sensors, the ventilator delivers accurate temperature, flow, and oxygen concentration control. Safety is ensured with a robust alarm system for pressure, temperature, water levels, and power status. The heated-wire humidification system reduces condensation, promoting optimal airway conditions in neonates.

User-Friendly and Portable Design

Designed for ease of use, the ventilator features a digital touchscreen for intuitive navigation and real-time operation. Its portable build, equipped with wheels and a battery backup of at least one hour, allows for flexible deployment in hospital, NICU, and pediatric clinic environments.

FAQ's of NEONATAL HEATED WIRE VENTILATOR:

Q: How does the Neonatal Heated Wire Ventilator support different ventilation requirements for infants?

A: The ventilator offers several modes-CPAP, SIMV, PSV, Volume Control, and Pressure Control-allowing precise adjustment of respiratory support based on each patient's clinical needs, enhancing comfort and outcomes for neonates and infants.

Q: What are the benefits of the heated-wire humidification system?

A: The heated-wire humidification maintains airway moisture at an adjustable 31-37C, reducing risks of airway irritation and infection while ensuring the delivered air is comfortable and safe for neonates.

Q: When should the safety alarms be expected to activate?

A: Safety alarms are triggered if parameters such as airway pressure, temperature, or water level fall outside set thresholds, or during power interruptions, ensuring prompt attention and maximum patient safety at all times.

Q: Where can this ventilator be effectively used?

A: Ideal for hospital settings, NICUs, and pediatric clinics, the ventilator's portability and user-friendly interface support rapid deployment wherever advanced neonatal respiratory care is required.

Q: What is the process of setting and adjusting oxygen concentration and humidification?

A: Oxygen concentration (21-100%) and humidification (31-37C) are easily adjustable electronically via the touchscreen interface, allowing clinicians precise control over respiratory therapy parameters.

Q: How does the device ensure data tracking and storage?

A: Data can be logged and output via USB or optional network connectivity, assisting in continuous monitoring and record-keeping of patient ventilation parameters for clinical evaluation and compliance.

Q: What are the maintenance and storage recommendations for this equipment?

A: To maintain optimal performance and longevity, store the ventilator in a dry, clean environment away from direct sunlight, and follow regular cleaning protocols for both device and breathing circuits as specified by the manufacturer.