Pneumatic Performance “A Comparison of Turbine-Driven Mechanical Ventilators and Conventional Ventilators”

The pneumatic performance of ventilators can only be tested with patient simulators. So-called bench studies examine trigger performance when connected to an active test lung. Data gained in bench studies reflects operation in a respiratory laboratory.
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23 November 2016
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Turbine-driven mechanical ventilators have some important advantages over conventional ventilators. The most obvious of these is independence of compressed air supply during patient transport, but higher NIV performance due to higher peak flow is also often mentioned. However, there is still a widespread belief that conventional ventilators using compressed air supplies outperform turbine-driven mechanical ventilators in their pneumatic performance. This assumption is, in many cases, based on the inability of the early-generation turbine-driven devices to achieve high peak pressures and to deliver accurate tidal volumes (Mehta S. 2001). In this article we will argue that the pneumatic performance of current turbine-driven ventilators, represented by the HAMILTON-C1, is at least equalto that of conventional ventilators.

 

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