NEUROVIRTUAL USA, INC.
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NEUROVIRTUAL USA, INC.
NEUROVIRTUAL USA, INC. | ||||
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41 Results
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Name
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Description
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Neurovirtual
NEUROVIRTUAL USA, INC.
Maxxi Cannula is a two-pronged device used to acquire breathing pressure to sleep testing device through both nostrils for sleep disorder studies.
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Neurovirtual
NEUROVIRTUAL USA, INC.
Maxxi Cannula is a two-pronged device used to acquire breathing pressure to sleep testing device through both nostrils for sleep disorder studies.
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Neurovirtual
NEUROVIRTUAL USA, INC.
Maxxi Cannula is a two-pronged device used to acquire breathing pressure to sleep testing device through both nostrils for sleep disorder studies.
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Neurovirtual
NEUROVIRTUAL USA, INC.
Reusable AgCl cup electrodes 96" length, (5 electrodes/pack)
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Neurovirtual
NEUROVIRTUAL USA, INC.
Reusable AgCl cup electrodes 60" length, (5 electrodes/pack)
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Neurovirtual
NEUROVIRTUAL USA, INC.
The Maxxi Flow Sensor is a thermocouple intended to acquire the respiratory signals
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Neurovirtual
NEUROVIRTUAL USA, INC.
The Maxxi Flow Sensor is a thermocouple intended to acquire the respiratory signals
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Neurovirtual
NEUROVIRTUAL USA, INC.
The Maxxi Flow Sensor is a thermocouple intended to acquire the respiratory signal
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Neurovirtual
NEUROVIRTUAL USA, INC.
Disposable AgCl cup electrodes 96" length, (5 electrodes/pack)
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Neurovirtual
NEUROVIRTUAL USA, INC.
Disposable AgCl cup electrodes 60" length, (5 electrodes/pack)
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Neurovirtual
NEUROVIRTUAL USA, INC.
The Maxxi Position Sensor is intended for use with the polysomnograph system to acquire the body position of adult patients during sleep studies
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Neurovirtual
NEUROVIRTUAL USA, INC.
The Maxxi Snore Sensor is a device intended to acquire snore bursts
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Neurovirtual
NEUROVIRTUAL USA, INC.
The Maxxi Snore Sensor is a device intended to acquire snore bursts
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Neurovirtual
NEUROVIRTUAL USA, INC.
piezo-electric element covered by Thermoplastic elastomers 2 ft lenght
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Neurovirtual
NEUROVIRTUAL USA, INC.
Maxxi Rip System length: .3ft is a device intended to capture respiratory effort from a patient and output the signal to a PSG device for sleep studies.
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Neurovirtual
NEUROVIRTUAL USA, INC.
Maxxi Rip System length: 7ft is a device intended to capture respiratory effort from a patient and output the signal to a PSG device for sleep studies.
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Neurovirtual
NEUROVIRTUAL USA, INC.
Maxxi Rip Abdomen Interface 7ft is a device intended to capture respiratory effort from a patient and output the signal to a PSG device for sleep studies.
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Neurovirtual
NEUROVIRTUAL USA, INC.
Maxxi Rip Abdomen Interface 3ft is a device intended to capture respiratory effort from a patient and output the signal to a PSG device for sleep studies.
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Neurovirtual
NEUROVIRTUAL USA, INC.
Maxxi Rip Thorax Interface 3ft is a device intended to capture respiratory effort from a patient and output the signal to a PSG device for sleep studies.
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Neurovirtual
NEUROVIRTUAL USA, INC.
Maxxi Rip Thorax Interface 7ft is a device intended to capture respiratory effort from a patient and output the signal to a PSG device for sleep studies.
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Neurovirtual
NEUROVIRTUAL USA, INC.
Maxxi Rip Adjustable inductive belt is a device intended to capture respiratory effort from a patient and output the signal to a PSG device for sleep studies.
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Neurovirtual
NEUROVIRTUAL USA, INC.
Maxxi Rip XX-Large inductive belt is a device intended to capture respiratory effort from a patient and output the signal to a PSG device for sleep studies.
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Neurovirtual
NEUROVIRTUAL USA, INC.
Maxxi Rip X-Large inductive belt is a device intended to capture respiratory effort from a patient and output the signal to a PSG device for sleep studies.
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Neurovirtual
NEUROVIRTUAL USA, INC.
Maxxi Rip Large inductive belt is a device intended to capture respiratory effort from a patient and output the signal to a PSG device for sleep studies.
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Neurovirtual
NEUROVIRTUAL USA, INC.
Maxxi Rip pediatric inductive belt is a device intended to capture respiratory effort from a patient and output the signal to a PSG device for sleep studies.
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Neurovirtual
NEUROVIRTUAL USA, INC.
Maxxi Rip Infant inductive belt is a device intended to capture respiratory effort from a patient and output the signal to a PSG device for sleep studies.