NeoFlow® VT Infant Heated and Humidified Ventilator Circuits
NeoFlow® VT, advanced neonatal ventilator circuits that intuitively manage moisture throughout the system, reach the optimum therapy delivery quickly and maintain it consistently.
Intuitive moisture management - The unique layered properties of the expiratory limb achieve a high Moisture Vapour Transmission Rate (MVTR), creating a dry expiratory limb.
NeoFlow® VT heated wire design - minimises loss of water vapour in the inspiratory limb, delivering optimal humidification to the patient.
Unique triple swivel Y-Piece - Enabling smooth movement when maintaining a fixed tracheal tube.
7 day use on single patient – minimises waste.
Infant Heated & Humidified Ventilator Circuits
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Our unique Swivel Y-Piece has 3-point rotation;
Enabling smooth movement when maintaining a fixed tracheal tube.
1|
Gentle repositioning of infant results in minimal torque to the tracheal tube.
2|
Rotational force is transferred to the inspiratory and expiratory limbs.
3|
Limbs can be independently repositioned with reduced risk of disconnection.
The expiratory limb uses a unique combination of polymers and production techniques to create a layered structure that allows only moisture vapour to escape, with no loss of gas volume from the circuit.
Our unique Swivel Y-Piece has 3-point rotation;
Enabling smooth movement when maintaining a fixed tracheal tube.
1|
Gentle repositioning of infant results in minimal torque to the tracheal tube.
2|
Rotational force is transferred to the inspiratory and expiratory limbs.
3|
Limbs can be independently repositioned with reduced risk of disconnection.
The expiratory limb uses a unique combination of polymers and production techniques to create a layered structure that allows only moisture vapour to escape, with no loss of gas volume from the circuit.
How does Vapour Transmission (VT) work?
The high Moisture Vapour Transmission Rate (MVTR) is achieved through the unique properties of the layered structure of the expiratory limb.
With circuit pressurisation and active heating of the expiratory limb, water vapour navigates a path through the layered structure.
Water vapour is released to atmosphere – as water vapour or as condensed water.
The expiratory limb remains absent of condensed water at ambient temperatures down to 20°C.
This process of vapour permeability is not associated with loss of gas volume from the breathing circuit. It has no effect on ventilator performance or effectiveness under any clinical conditions.
NeoFlow® VT is part of the NeoFlow® range which includes medical equipment and circuits. The entire range has been designed to allow simple and easy transition between therapies saving both time and waste. Each circuit is designed for 7-day use on a single patient.
How to set up NeoFlow® VT Circuits
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Product Codes
Code
Description
Box Quantity
AMVC1775-203
Dual heated limb circuit for SLE 4000, 5000, and 6000 with NeoFlow® VT
20
AMVC1775-204
Dual heated limb circuit for Drager/Fabian (and similar) with NeoFlow® VT
20
AMVC1775-162
Dual heated limb circuit for inspiratory flow <4lpm
20
AMVC1775-175
Dual heated limb circuit for HFOV
20
AMVC1774-157
Single heated limb circuit for invasive ventilation
20
Support Materials
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