Accuracy Matters: The Value of Hemodynamic Monitoring

Advanced Multi-Beat Analysis Algorithm – Better Data Saves Lives

No Disposables • 1 Minute Set Up • Consistently Accurate

Better Data Saves Lives

Advanced Multi-Beat Analysis (MBA™)

The advanced algorithm called Multi-Beat Analysis built into the Argos monitor was developed at Massachusetts Institute of Technology (MIT) and Michigan State University. Unlike other monitors that analyze only one beat at a time, the Argos MBA algorithm analyzes multiple heart beats from the blood pressure signal to model the patient’s vascular resistance directly. This algorithm provides accurate hemodynamic data even during changes in vasomotor tone, low cardiac output, and arrythmia. Our technology enables healthcare professionals to provide individualized data driven treatment to high risk surgical and critically ill patients.





Comprehensive monitoring of vital data

You deserve accurate comprehensive hemodynamic data to help you give your patients the care they need. The innovative Argos monitor provides the following parameters:

  • Cardiac output (CO)
  • Cardiac index (CI)
  • Blood pressure (BP)
  • Heart rate (HR)
  • Stroke volume (SV)
  • Stroke volume index (SVI)
  • Mean arterial pressure (MAP)
  • Systemic vascular resistance (SVR)
  • Systemic vascular resistance index (SVRI)
  • Pulse pressure variation (PPV)

Flatten the LearningCurve with The Argos Cardiac Output Monitor

“It's as easy as charging your phone and putting in a couple pieces of information.”

Designed so that you spend less time setting up and more time with your patient

Alternative way for using Argos


Argos accurately tracks changes when vasopressors are given

Trusted accuracy with MBA technology validated in US, France and Germany.

  • In a head-to-head comparison study against the leading competitor, the Argos system proved to be 50% more accurate.

  • Proven in the toughest patient populations: cardiac surgery, liver transplant, off pump cardiac surgery, neurosurgery, major abdominal surgery and post-surgery in the ICU.

  • Accuracy maintained with arrythmia patients, changes in vasomotor tone changes and low flow states.

  • 25,000 patients monitored to date


Eliminate costly proprietary disposables - Unlimited use

  • Unlimited use makes it affordable to use on any high risk patient with an A-line

  • Internal data shows an average yearly cost saving of $63,000 in the OR

  • 250 patients monitored in the OR per year x $250 per disposable

  • Reduce and save on costly complications such as AKIs, MINS, and SSIs by implementing hemodynamic care protocols

  • Increase ICU bed turnover via improved weaning from fluids and vasopressors guided by hemodynamic data


Better data supports enhanced recovery and rapid discharge.

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