Software which displays a patient's vital signs as part of the HTS820 patient-mo
Software which displays a patient's vital signs as part of the HTS820 patient-monitoring system.
Software which displays a patient's vital signs as part of the HTS820 patient-mo
Software which displays a patient's vital signs as part of the HTS820 patient-monitoring system.
Software which displays a patient's vital signs as part of the HTS820 patient-mo
Software which displays a patient's vital signs as part of the HTS820 patient-monitoring system.
Software which displays a patient's vital signs as part of the HTS820 patient-mo
Software which displays a patient's vital signs as part of the HTS820 patient-monitoring system.
Software which displays a patient's vital signs as part of the HTS820 patient-mo
Software which displays a patient's vital signs as part of the HTS820 patient-monitoring system.
MoMe® Software Platform is a web-based remote server software with proprietary a
MoMe® Software Platform is a web-based remote server software with proprietary algorithms for analysis of ECG data. It analyzes the data via the embedded algorithm and when indicated, data identified by the algorithm is flagged for physician review. The data is sent to the Software Platform from the MoMe® Kardia , a wireless, remote monitoring system designed to aid physicians in their diagnosis of cardiac arrhythmias in patients with a demonstrated need for cardiac monitoring.
MoMe® Kardia is a wireless, remote monitoring system designed to aid physicians
MoMe® Kardia is a wireless, remote monitoring system designed to aid physicians in their diagnosis of cardiac arrhythmias in patients with a demonstrated need for cardiac monitoring. MoMe® Kardia includes the wearable device that acquires and stores ECG data and transmits that data via cellular technology to the MoMe® Software Platform, a web-based remote server software with proprietary algorithms for analysis. MoMe® Software Platform analyzes the data via the embedded algorithm and when indicated, data identified by the algorithm is flagged for physician review.
The M2786A in combination with the spirometry module M1014A is designed to allow
The M2786A in combination with the spirometry module M1014A is designed to allow measurement of airway pressures, flow, minute volume, tidal volume, airway compliance, airway resistance and CO2.
MX40 Patient Cable consists of 5-wire ECG lead set with integrated SpO2 cable/fi
MX40 Patient Cable consists of 5-wire ECG lead set with integrated SpO2 cable/finger wrap sensor for patients (. 20 kg). Grabber leads, IEC color coded (white mono color lead wires). Single Patient Use. Cable length: ECG = 85 cm (33.5 .), SpO2 = 2m (6,5 ft) 1 Sales unit = 20 patient cables.