OxyAlert NIRSensor,Cerebral - Neonatal

OxyAlert NIRSensor Cerebral/Somatic - Neonatal;For use with the INVOS (R) 5100C System technology

OxyAlert NIRSensor Cerebral/Somatic - Neonatal

Infant Regional Saturation Sensor Infant/Neonatal

OxyAlert NIRSensor,Infant - Cerebral,Infant Cerebral Disposable Regional Oxygen Saturation Sensor

OxyAlert NIRSensor,Infant - Somatic,Infant Somatic Disposable Regional Oxygen Saturation Sensor

PM7100 Patient Monitor

Reusable Infant Sensor Adapter Cable for PM7100

Preamplifier. For use with PM7100

Pediatric rSO2 Sensor

Adult SomaSensor

Adult SomaSensor

Adult SomaSensor Adult Disposable Regional Oxygen Saturation Sensor

OxyAlert NIRSensor,Somatic - Neonatal

Pediatric SomaSensor

Pediatric SomaSensor

Tissue oxygenation imaging device

Domestic (U.S.) model; a portable, computer-based system that can continuously record, display, store and analyze physiological data from multiple monitoring sources in real time.

Research model; a portable, computer-based system that can continuously record, display, store and analyze physiological data from multiple monitoring sources in real time.

International (non-U.S.) model; a portable, computer-based system that can continuously record, display, store and analyze physiological data from multiple monitoring sources in real time.

A portable, computer-based system that can continuously record, display, store and analyze physiological data from multiple monitoring sources in real time.

Optional 16 input EEG amplifier for direct recording of EEG and other physiological signals from the patient.

Research model; optional 16 input EEG amplifier for direct recording of EEG and other physiological signals from the patient.

International (non-U.S.) model; optional 16 input EEG amplifier for direct recording of EEG and other physiological signals from the patient.

Optional 40 input EEG amplifier for direct recording of EEG and other physiological signals from the patient.

Research model; optional 40 input EEG amplifier for direct recording of EEG and other physiological signals from the patient.

International (non-U.S.) model; optional 40 input EEG amplifier for direct recording of EEG and other physiological signals from the patient.

Domestic (U.S.) model; 4 port isolated USB serial adapter

Research model; 4 port isolated USB serial adapter

International (non-U.S.) model; 4 port isolated USB serial adapter

Domestic (U.S.) model; optional camera that can be used to record video of the patient.

Research model; optional camera that can be used to record video of the patient.

Optional camera that can be used to record video of the patient.

Domestic (U.S.) model; optional camera that can be used to record video of the patient.

Research model; optional camera that can be used to record video of the patient.

International (non-U.S.) model; optional camera that can be used to record video of the patient.

Optional camera that can be used to record video of the patient.

International model; optional camera that can be used to record video of the patient.

moorVMS-TREND PC software is intended for use with moorVMS-LDF and moorVMS-OXY, for long term blood flow and tissue oxygen trend monitoring. It is intended for a variety of physiological and clinical research applications in clinical settings. The clinical value of measurements in disease states has not been established. The moorVMS-TREND is not intended to be used as the sole basis for diagnosis or therapy. The moorVMS-TREND Software is not intended for critical care monitoring where loss of function could result in harm to the patient.

moorVMS-PC Software V4.0 is a Windows based software package designed to work with the moorVMS setup and is fully compatible with all of the existing modules.

moorMVS-OXY - Tissue Oxygen and Temperature Monitor

Non-sterile Oxygenation, and Laser Doppler combined Probes