Contact-Free, Continuous Monitoring, Powered by EarlySense
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Contact-Free, Continuous Monitoring, Powered by EarlySense

Help your caregivers identify patient deterioration and intervene at the earliest signs—according to your facility protocols.


With patient acuity and complexity increasing, and patient-to-nurse ratios rising, the med-surg environment can be challenging. Amidst this reality, too many patients are dying from preventable causes. Unrecognized patient deterioration can lead to mortality that may affect as many as 17% of hospital admissions.1 Since heart rate and respiratory rate are the two most important predictors of such adverse events,2 early intervention is crucial to keeping patients safe.


Centrella® Smart+ Bed offers contact-free, continuous monitoring of heart rate and respiratory rate to help you:

  • Identify signs of patient deterioration
  • Intervene early
  • Help promote patient safety
A clinician places the EarlySense sensor beneath the mattress on a Centrella Smart+ Bed

Identify Signs of Patient Deterioration

An integrated sensor in the bed frame detects heart rate and respiratory rate through the surface and updates the readings twice per second. This information is compiled into an algorithm to create a running trend. The bed then alerts when heart rate or respiratory rate exceeds a customizable threshold.

The Centrella Smart+ Bed displays a yellow alert light

Help Initiate an Early Intervention

When heart rate or respiratory rate exceeds a customized threshold, caregivers are notified via a SafeView®+ System indicator light, GCI touchscreen alerts and audible alerts. Alerts are also sent from the bed to the nurse call system via dome lights, status board and mobile devices.

Close-up on a clinician holding the hand of a patient in a Centrella Smart+ bed

Help Promote Patient Safety

At one hospital, contact-free, continuous monitoring in an inpatient 33-bed med-surg unit led to3:

  • 86% reduction in number of code blue events
  • 45% reduction in number of ICU days on patients transferred from med-surg
  • 9% reduction in length of stay

Education & Documentation

Get in the know to get the most value out of your solution.


Product Documentation


1  Zimlichman, et al. Contactless respiratory and heart rate monitoring: validation of an innovative tool. J of Med Eng & Tech, Vol. 34, Nos 7-8, Oct-Nov 2010, 393-398.
2  MC11587: Welch Allyn White Paper: Telemetry Monitoring on the Medical/Surgical Floor.
Brown HV, et al. The American Journal of Medicine. 2014; 127:226-232.