The Maxxi Position Sensor is intended for use with the polysomnograph system to
The Maxxi Position Sensor is intended for use with the polysomnograph system to acquire the body position of adult patients during sleep studies
Polysomnograph and Electroencephalograph BWIII PSG Plus
GWQ,OLV
Full-Montage Standard Electroencephalograph,Standard Polysomnograph With Electro
Full-Montage Standard Electroencephalograph,Standard Polysomnograph With Electroencephalograph
Maxxi Rip System length: .3ft is a device intended to capture respiratory effort
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.
Maxxi Rip System length: 7ft is a device intended to capture respiratory effort
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.
Maxxi Rip Abdomen Interface 7ft is a device intended to capture respiratory effo
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.
Maxxi Rip Abdomen Interface 3ft is a device intended to capture respiratory effo
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.
Maxxi Rip Thorax Interface 3ft is a device intended to capture respiratory effor
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.
Maxxi Rip Thorax Interface 7ft is a device intended to capture respiratory effor
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.
Maxxi Rip Adjustable inductive belt is a device intended to capture respiratory
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.
Maxxi Rip XX-Large inductive belt is a device intended to capture respiratory ef
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.
Maxxi Rip X-Large inductive belt is a device intended to capture respiratory eff
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.
Maxxi Rip Large inductive belt is a device intended to capture respiratory effor
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.
Maxxi Rip pediatric inductive belt is a device intended to capture respiratory e
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.
Maxxi Rip Infant inductive belt is a device intended to capture respiratory effo
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.
Neuronaute Head Module is intended to acquire, display, store, and archive EEG s
Neuronaute Head Module is intended to acquire, display, store, and archive EEG signals from the brain using a full montage array (i.e., 16 or more electrodes) and user-specified locations in order to assist in the diagnosis of neurological disorders by a physician.
The eVox System is intended for the acquisition, display, and storage, of electr
The eVox System is intended for the acquisition, display, and storage, of electrical activityof a patient’s brain including electroencephalograph (EEG) and event-related potentials(ERP) obtained by placing two or more electrodes on the head to aid in diagnosisThe medical system includes the “eVox System” amplifier device, accessories, and acomputer (laptop computer or tablet device with internal battery and power cord).The hardware and ancillary components used in conjunction with the eVox System includean EEG cap, the eVox Amplifier, a charging kit (that consists of a USB cable, clip kit, andwall adapter), a Subject Response Device and a Base Station laptop computer. Thesoftware on the Base Station laptop computer is intended for device functioning