Products for Use in Operating Room (O.R.) and ICU
Continuous real-time non-invasive non-invasive external force is not easy to operate independent research and development
Product principle

The methodology of measuring is to use two clip-typed near-infrared sensors (similar to the sensor used to measure oxygen saturation) to measure a pair of pulse waves of posterior auricular artery and dorsal digital artery; then calculate the blood pressure based on the pulse wave velocity (PWV) and the shape feature variation of pulse waves.

Measurement technology

Methods based on the velocity and shape feature of pulse waves

Sensor: Near-Infrared Sensor
Clinical level: Clinical Level: O.R.
Performance advantages

Accuracy Real-time Security Reliability Comfort Noise immunity Ease of use Portability

  • Precision:
    Meeting the Standard of AAMI SP-10: Mean Deviation≤5mmHg and standard Deviation≤8mmHg
  • Real-time performance:
    beat-to-beat measurement
  • Safety:
    Infrared sensor poses no pressure on body; no damage on examining part even after longtime use, truly the “non-invasive monitoring”.
  • Reliability:
    Blood pressure is measured through reliable core software; the precision will not be compromised even after longtime use.
  • Comfort:
    Infrared sensor gives a comfortable user experience
    Applied to patients both under/not under anaesthetic
    Outstanding performance on monitoring blood pressure for post-operation patients in the first 48-hours and night blood pressure monitoring in general wards
  • Anti-Interference:
    No strict requirement on measuring position
    Put the sensor back on ear or toe if the sensor is moved or fall off due to any motion or bumping; reset is not required.
  • Convenience:
    Easy to install
    Operable for non-professionals
  • Portable:
    Small size, light, handy
Application scenario
Sweep, pay attention to us
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