Five waveforms, six readings, one bedside monitor
Every vital sign below runs on the same rhythm engine, so they stay in sync the way a real patient's would. Pick one to see exactly how it's modeled, not just how it looks.
ECG
22 rhythms built from real P-QRS-T timing, including AV blocks that actually progress beat to beat.
Read the ECG page →SpO2
A pleth trace driven by perfusion pressure, not the oxygen number, so a poor probe reads differently than real hypoxia.
Read the SpO2 page →Arterial line (ABP)
A dicrotic notch that emerges from real wave physics, scaled live to the current systolic and diastolic numbers.
Read the ABP page →Respiration
Breath-to-breath variability, sighs and baseline drift, locked in phase with the capnography trace.
Read the respiration page →EtCO2 / capnography
Real alpha and beta angles, in mmHg or kPa depending on the language, with rounded transitions instead of mathematical corners.
Read the capnography page →NBP (cuff)
A genuine ~14 second cuff-inflating delay and a schedulable auto-repeat interval, not an instant number.
Read the NBP page →New to patient monitors? Start with what the numbers on a hospital monitor mean, then how to read a patient monitor step by step.
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