Demand Valves

LSP B.V.M. Refill Valve

The LSP Bag Valve Mask (B.V.M.) Refill Valve makes it possible for bag/mask resuscitators to easily and quickly deliver 100% oxygen to the patient on a consistent basis. The LSP Bag Refill Valve is a demand valve with adapter allowing it to connect into the filling port of a bag valve mask resuscitator for the purpose of providing a high-flow (up to 200 litres/min) source of concentrated oxygen.
The significant difference between the LSP Bag Refill Valve and currently used bag/mask resuscitator reservoir systems is that the bag refill valve will conserve gas which conventional reservoir systems tend to waste. It will approximately DOUBLE the working duration of any oxygen cylinder when compared to using a
B.V.M. reservoir system receiving oxygen continuously at 15 litres per minute. In addition the first vital ventilations of the patient will be very close to 100% oxygen as opposed to a reservoir system which typically slowly builds towards a concentration of between 60 to 90% oxygen. An excellent clinical advantage when those first few seconds to oxygenate the patient are vital.
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*Demand Valves*



NEANN provides a range of manually or automatically triggered Demand Valves. Very simple to use, & with the ability to provide 100% oxygen only when the trigger is depressed or the patient breaths, these devices are very oxygen efficient.


	LSP B.V.M. Refill Valve The LSP Bag Valve Mask (B.V.M.) Refill Valve makes it possible for bag/mask resuscitators to easily and quickly deliver 100% oxygen to the patient on a consistent basis. The LSP Bag Refill Valve is a demand valve with adapter allowing it to connect into the filling port of a bag valve mask resuscitator for the purpose of providing a high-flow (up to 200 litres/min) source of concentrated oxygen. The significant difference between the LSP Bag Refill Valve and currently used bag/mask resuscitator reservoir systems is that the bag refill valve will conserve gas which conventional reservoir systems tend to waste. It will approximately DOUBLE the working duration of any oxygen cylinder when compared to using a B.V.M. reservoir system receiving oxygen continuously at 15 litres per minute. In addition the first vital ventilations of the patient will be very close to 100% oxygen as opposed to a reservoir system which typically slowly builds towards a concentration of between 60 to 90% oxygen. An excellent clinical advantage when those first few seconds to oxygenate the patient are vital. *Click Here For More Options For This Product*


	EMT Ventilator The EMT Ventilator is a manually-triggered breathing device providing greater versatility, improved safety and enhanced performance over current devices. The EMT Ventilator is designed to flow at UP TO 40 litres per minute during the manually-triggered breath. Unlike most other demand valves the EMT Ventilator offers excellent control during the inspiratory phase of resuscitation, it is capable of allowing a "ramping up" the flow rate during inflation there by greatly reducing the risk of inflating the stomach. During the spontaneous breath, the EMT Ventilator functions to provide minimal work of breathing for the patient with a low initial opening pressure and a built-in pneumatic circuit that provides gas flow as high as 115 litres per minute with pressure limited to 60 cm H20. If ever a blockage causes the airway pressure to rise the EMT Ventilator offers a superior function of immediately cutting all gas flow and allowing immediate exhalation and depressurisation of the airway. Most other demand valves trigger a warning but do not release the causative agent, the pressure. This unit has multiple safety feature making it the safest and most sensitive trigger demand valve on the market. Click Here for Australian Standard for Demand Valves