FloTrac Sensor When change is the only constant.

CCO/CCI SV/SVI SVV SVR/SVRI† The FloTrac System Algorithm Formula for Cardiac Output = Heart Rate x Stroke Volume FloTrac System Cardiac Output = Pulse Rate x [std(BP)*c ] Pulse Rate [PR] • Measured as beats per minute • Beats identified by upslope of waveforms • Advanced beat detection differentiates fully perfused beats • Computed from 20-second time period of beats Standard deviation of arterial blood pressure [std(BP)] • Pulse pressure ∞ SV ∞ std(BP) • Measured as mm Hg • Computed on a beat-by-beat basis The c factor compensates for differences in vascular compliance and resistance • Patient-to-patient...

FloTrac system. A practical fluid management solution that adapts to your changing patient conditions. A lot can change in a moment. And with the 3rd generation FloTrac system from Edwards Lifesciences, you'll have access to automatic, up-to-the-minute cardiac output, stroke volume, stroke volume variation and systemic vascular resistance - under more patient conditions. The FloTrac sensor easily connects to any existing arterial catheter, and requires no manual calibration, making it the easy and reliable solution This latest enhancement evolves the algorithm using an expanded patient database....

The 3rd generation FloTrac system from Edwards Lifesciences The FloTrac system is the latest evolution in continuous hemodynamic monitoring from Edwards, the creator of the gold-standard Swan-Ganz pulmonary artery catheter. The FloTrac system offers you the fluid optimization information you need, when you need it most. For clarity in every moment. Vigileo monitor PreSep oximetry catheter TruWave DPT and VAMP system The FloTrac sensor may be used with the Vigileo monitor to continuously measure and display key flow parameters. The PreSep oximetry catheter continuously monitors central venous...