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Hemodynamic monitoring

Argos™* cardiac output monitor

<p>The Argos™* cardiac output monitor offers advanced hemodynamic monitoring technology that provides 10 hemodynamic parameters.</p>

Ordering information
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Features

Accurate noninvasive hemodynamic parameters

  • MBA™* algorithm delivers reliable measurements, clinically acceptable trending accuracy†,‡,1,3
  • Plugs into the patient’s existing arterial line instead of using separate pressure transducer2

Easy to use2

  • Single cable connection to the arterial line
  • Compatible with most multi-parameter monitors
The Argos™* monitor is compatible with multi-parameter monitors.

The Argos™* monitor provides the following 10 parameters:

  • CO (cardiac output)
  • CI (cardiac index)
  • SV (stroke volume)
  • SVI (stroke volume index)
  • SVRI (systemic vascular resistance index)
  • SVR (systemic vascular resistance)
  • PPV (pulse pressure variation)
  • MAP (mean arterial pressure)
  • BP (blood pressure)
  • HR (heart rate)
The Argos™* monitor offers advanced hemodynamic monitoring technology.

The insight you need in your toughest patient populations1

Consistent accuracy with:

  • Arrhythmia patients4
  • Low cardiac output4
The Argos™* cardiac output monitor detects changes in a patient’s hemodynamic status.

The Argos™* cardiac output monitor is backed by the strength of Medtronic.

The Argos™* cardiac output monitor is a pivotal addition to the comprehensive acute care and monitoring portfolio.

It’s part of more than just a suite of products. It’s a commitment supported by our dedicated team of representatives, as well as comprehensive training and education for your entire team.

The Argos™* cardiac output monitor is an addition to the comprehensive acute care and monitoring portfolio.

Ordering information

Item Number Description Units per box
FG-001 Monitor system includes monitor, power supply module, and AC power cord 1
FG-002 Patient interface cable to connect Philips bedside monitor 1
FG-003 Patient interface cable to connect GE PDM bedside monitor 1
FG-005 Patient interface cable to connect GE Solar (with TRAM RAC 4A) bedside monitor 1
FG-006 Patient interface cable to connect Dräger bedside monitor 1
FG-007 Patient interface cable to connect Spacelabs Xprezzon®* bedside monitor 1
FG-008 Network connectivity interface kit (use for Capsule, iSirona, Masimo, or other network interfaces) 1
FG-009 Serial connectivity interface kit (use for Philips EC5/EC10 intellivue interface) 1
FG-010 Power supply module and AC power cord 1
FG-011 Patient interface cable to connect Mindray bedside monitor 1
FG-012 Patient interface cable to connect Nihon Kohden bedside monitor 1
FG-013 Patient interface cable to connect Mindray T1 bedside monitor 1
862277 Philips invasive bedside module (use for Argos™* and Philips bedside monitor) 1

 

®* and TM* Third-party brands are trademarks of their respective owners. 

† In patients with cardiogenic shock in heart failure ICU.

‡  In post off-pump coronary arterial bypass graft surgery (OPCAB) patients in the ICU, with pulmonary artery thermodilution in patients having cardiac surgery using cardiopulmonary bypass.

  1. Kee A, Kirchhoff B, Grigsby J, et al. Prospective evaluation of a multibeat analysis cardiac index estimation in patients with cardiogenic shock. J Cardiothorac Vasc Anesth. 2023;37(8):1377–1381.
  2. Retia Argos instructions for use. Retia; 2023.

  1. Saugel B, Heeschen J, Hapfelmeier A, Romagnoli S, Greiwe G. Cardiac output estimation using multi-beat analysis of the radial arterial blood pressure waveform: a method comparison study in patients having off-pump coronary artery bypass surgery using intermittent pulmonary artery thermodilution as the reference method. J Clin Monit Comput. 2020 Aug;34(4):649–654.
  2. Khanna AK, Nosow L, Sands L, Saha AK, Agashe H, Harris L, Martin RS, Marchant B. Agreement between cardiac output estimation by multi-beat analysis of arterial blood pressure waveforms and continuous thermodilution in post cardiac surgery intensive care unit patients. J Clin Monit Comput. 2023;37(2):559–565.