Non-invasive Remote Monitoring

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Safe

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Non-invasive

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Remote monitoring

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No consumables

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approved
and medically proven

Shifting to Homecare Monitoring

Cnoga Remote monitoring
  • Non-invasive and rapid measurements of 15 medical parameters
  • Allows continuous monitoring and safe examination of quarantine patients at home
  • Prevention of further infections 
  • Cloud-based services with Bluetooth connectivity 
  • Thousands of a-symptomatic people to work from home

Hemodynamics

  • Pulse
  • Continuous Blood Pressure
  • Cardiac Output
  • Stroke Volume
  • Mean Arterial Pressure
  • OCG – Optical cardiogram

Hematology

  • Hemoglobin
  • Hematocrit
  • Red Blood Count
  • Blood Viscosity

Blood Gases

  • Oxygen Saturation (SpO2)
  • PCO2
  • PO2
  • O2 Content
  • CO2 Content
  • PH
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Easy to Connect

  • History management
  • Trending analysis
  • Alert notifications
  • Connectivity to personal caregivers
  • Bluetooth – Cloud Connectivity
  • Results can be shared by SDK/API

Giving patients the means to manage their own health

 

Enabling proactive treatment rather than responsive

Shifting the focus from hospitals and clinics to patients’ homes

 

Leveraging data to support large scale decision making

Reducing unneeded blood test 

 

Diagnosing Corona patients, Wuhan, China​
MTX is being used in hospitals in Wuhan to monitor vital signs and help classify, follow and assess prognosis of infected patients. Monitoring the dynamic changes of several bio-parameters may assist triage and early detection of deterioration.
Screening of new patients in Lombardy, Italy
MTX is being used for fast screening of new patients as part of the triage process. Other patients being monitored for relevant parameters such as SpO2, PO2, Blood pressure a few times a day. The device is being sterilized by alcohol wipes.
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Diagnosing Corona patients, Wuhan, China​

MTX is being used in hospitals in Wuhan to monitor vital signs and help classify, follow and assess prognosis of infected patients. Monitoring the dynamic changes of several bio-parameters may assist triage and early detection of deterioration.

 

 

 

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How Does It Works?

  • Four LED lights shine wavelengths from visual light to infrared light through the fingertip
  • As the light wave pass through the fingertip, some of it is absorbed and the light signal is changed
  • Next, a camera sensor detects the changed light signal in real time
  • Using patented algorithms and a vast amount of data the MTX analyzes the correlation between the signal and the bio parameters

  • Continuous, Non-invasive and Cuff-free Blood Pressure
  • Non-invasive Hemoglobin, Hematocrit, and RBC
  • Non-invasive Blood Gases (Ph, PCO2, PO2, O2&CO2 Content)
  • Non invasive Cardiac Output , Stroke Volume, MAP
  • Bluetooth – Cloud Connectivity

TensorTip is supplied with the following components:

  • MTX™ device
  • Battery charger
    • Input: 100v~-240v~, 50Hz – 60Hz
    • DC Output: 5v / 1300mA
  • Stand/Finger Chamber cover
  • Protective pouch
  • Self-Test Arc
  • User Manual

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