Vmax Encore
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Cardiopulmonary Diagnostics
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Vmax Encore can be configured to meet your testing needs. The Encore offers Pulmonary Function Testing, BxB or Mixing Chamber Exercise Testing, Respiratory Mechanics Measurements and Indirect Calorimetry Measurements on spontaneously breathing patients as well as ventilated patients. This section highlights the CardioPulmonary Exercise Testing capabilities as well as the Indirect Calorimetry Testing capabilities. Through the highly efficient Breath-by-Breath, Mixing Chamber, and Dilution modes, Vmax Encore acquires and displays exercise and nutritional test data in a format that is easy to see and evaluate. Automated or manual selection of anaerobic threshold (AT), automated slope calculation and the ability to overlay and trend previous tests are a few of the many features designed to provide maximum ease of use for the user. Vmax Encore is available in single or dual screen configurations and offers the users a high level of configuration flexibility to fit the needs of their testing population. A wide variety of external devices with analog outputs can easily interface with Vmax Encore - automated blood pressure and SpO2 monitors, treadmills and ergometers.
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CPET TESTING HIGHLIGHTS
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| - Integrated 3- or 12-lead stress ECG
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| - Simultaneous Exercise Diffusing Capacity and flow volume loops
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| - Portable metabolic testing
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| - Choice of headgear interface
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| - Track spirometry during exercise
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| - Breath-by-breath, averaging and data smoothing
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| - Graphical and tabular formatting
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| - Overlaying and trending tests including graphics
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| - Automated anaerobic threshold detection
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| - Manual selection using Graphic Display
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| - Automated slope calculations
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| - Physio-cal for quality assurance testing of overall system performance
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| - 8-channel analog input box
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INDIRECT CALORIMETRY TESTING HIGHLIGHTS
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| - Spontaneous Breathing with canopy or ventilated face mask
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| - Resting Energy Expenditure (REE) and substrate partitioning
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| - Simple hook-up to patient circuits on ventilators
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| - Selectable steady-state intervals
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