Since 1981, Medicomp has been advancing the science of cardiac monitoring, with industry-leading innovations for the medical community.2016
Medicomp makes another technological leap with the introduction of
TelePatch™, a first-of-its-kind patch style monitor completely free of wires and cables and with the highest clinical yield in the industry.
TelePatch breaks the mold with a small, band-aid style form factor, seven-day patch and battery life, water resistance, multiple wear options and single- or dual-channel configurations.
2015
Medicomp introduces its first dual monitoring device, the Duet 2-in-1 Monitor. It offers Mobile Cardiac Telemetry and Wireless Event cardiac monitoring in one ambulatory monitor.
2013
Medicomp introduces SAVI Air, the first and only Wireless Event Monitor to offer beat-to-beat analysis of the entire ECG, a patented feature previously unavailable to healthcare.
2011
We celebrate our Independence Day annually on April 1. It was on this day in 2011 that Medicomp became an independent company, separating from the parent company, United Therapeutics, that mentored and incubated us.
2010
Launched SAVI Wireless, the first mobile cardiac telemetry (MCT) system capable of analyzing rate, rhythm, morphology, and p-wave abnormalities.
Medicomp’s Arrhythmia Access™ iPhone app is approved by Apple and launched on the app store, allowing physicians to view cardiac reports on their iPhone or iPod touch.
2009
Medicomp is awarded the cardiac monitoring contract for the multinational CABANA clinical trial, researching atrial fibrillation.
2007
Introduced industry first AF Burden statistical package on an intelligent event monitor.
2006
Introduction of patented finger electrode adapter, which allows patients to conveniently take real-time event strips using their finger tips.
2005
CardioPAL SAVI is the first Event Monitor with p-wave analysis for the detection of atrial arrhythmias.
2004
The launch of the CardioPAL artificial intelligence introduces the first event monitor with a full-fledged Holter algorithm on-board to auto capture based on rate, rhythm and morphology.
2000
NASA chooses Medicomp to provide Holter monitors for use on the International Space Station.
1998
Medicomp’s CardioPAL introduced as the first event monitor capable of both real-time and continuous looping ECG monitoring.
1997
Medicomp opens its first Cardiac Monitoring Center (CMC) — an independent diagnostic testing facility — to deliver Holter monitoring services nationwide over normal telephone lines, with guaranteed 24-hour turnaround time. Later, Medicomp would open three more CMCs around the country to handle Holter, Event and Mobile Cardiac Telemetry services around the world.
1996
Medicomp designed and installed the first large scale point-to-point digital Holter network, across 27 locations, resulting in significant time and cost savings over traditional routing methods.
1994
Medicomp provide Holter Monitoring for the Mir Space Station becoming the first Holter in outer space.
1990
Epicardia 4000 is the company’s flagship product, designed for large hospitals and medical centers. Both systems provide ST segment analysis, heart rate variability and pacemaker detection, and continue to evolve with the latest technologies.
1986
Medicomp receives patent for the Diogenes algorithm, an artificial intelligence ECG algorithm capable of analyzing rate, rhythm, and morphology.
Through the use of innovative data compression techniques, Medicomp introduced the first system capable of storing 24 entire hours of ECG data in solid-state memory.
1983
Medicomp introduced the first solid-state, arrhythmia analysis for ambulatory patient monitoring. This Holter device also incorporated automatic selection and storage of two-channel ECG strips (normal and abnormal).
1981
Founded in 1981
