Coronary & ischaemia
Place a thrombus in the coronary tree and watch the infarct evolve — from hyperacute T through ST-elevation to pathological Q waves.
Advanced, visual ECG training for EMS, the Emergency Department, CCU and ward teams — nurses and physicians. Live simulations built from cardiac physiology, not static textbook diagrams.
Each module turns something hard to picture into a living simulation you can play with. These are real recordings from the app — not mock-ups.
Place a thrombus in the coronary tree and watch the infarct evolve — from hyperacute T through ST-elevation to pathological Q waves.
A 3D heart that beats along with the rhythm you choose, perfectly in sync with a live 12-lead ECG.
Sharpen your pattern recognition against traces that change in real time.
Place the leads on a body and see exactly how each position — and every misplacement — changes the trace.
Digoxin, long QT, sodium-channel blockers, Brugada and more — the tracings you meet once a year and have to get right.
Every waveform above is generated from physiology. No real patient data — safe, endlessly repeatable, always available.
Most ECG teaching shows you a finished tracing to memorise. BeatLab does the opposite — it shows you why it looks that way.
Which disease, which vessel, which disturbance drives each change. So nurses and early-career physicians build real understanding, not just recall — and give better care when it counts.
AcuteLabs makes visual training tools for acute and emergency care, created by the people who work in it. We take the things that are hard to picture — a beating heart, an evolving infarct, a conduction block — and turn them into simulations that stick.
BeatLab is where we started, with the ECG. It's the first of a family, each built from the same EMS perspective: show how it really works, then let you practise it safely.
Everything included. No tiers, no add-ons, no per-seat maths. One licence, billed yearly.
BeatLab is an educational training tool. It is not a medical device and is not intended for diagnosis or clinical decision-making. All ECGs shown are simulated; no real patient data is used.