"A proprietary real-time,
wireless ECG monitoring and reporting, cardiac arrhythmia detection system."
A New Holter Device and Service...
The Vpatch Holter Monitor
The Vpatch Holter Monitor is a new service that Vpatch will provide...
The proprietary real-time, wireless ECG monitoring and reporting capabilities ensures superior diagnostic yield and patient compliance. The proprietary real-time, wireless ECG monitoring and reporting capabilities ensures superior diagnostic yield and patient compliance.
The proprietary real-time, wireless ECG monitoring and reporting capabilities ensures superior diagnostic yield and patient compliance. The proprietary real-time, wireless ECG monitoring and reporting capabilities ensures superior diagnostic yield and patient compliance.
The proprietary real-time, wireless ECG monitoring and reporting capabilities ensures superior diagnostic yield and patient compliance.The proprietary real-time, wireless ECG monitoring and reporting capabilities ensures superior diagnostic yield and patient compliance.
The Vpatch Event Monitor is a wearable cardiac arrhythmia
detection system.
The proprietary real-time, wireless ECG monitoring and reporting capabilities ensures superior diagnostic yield and patient compliance.
TM
Beats of Interest
Wireless Interpretive Wearable
TM
The Vpatch Event Monitor
Vpatch Cardio Pty Ltd (VPC) has developed a cutting edge cardiac arrhythmia detection system with dramatically improved diagnostic yield and patient compliance.
VPC is well positioned to take advantage of the fast growing mHealth market with a medical diagnostic device enabling real-time monitoring of a patient’s cardiac status.
The patented advanced technology is designed for both long and short term monitoring primarily as a cardiac diagnostic tool and extends to cardiac rehabilitation, clinical drug trials, post-operative surveillance, sports performance medicine and emergency medicine.
Vpatch™ analyses every heartbeat and transmits in real time only episodes of interest as selected by physicians, making it a valuable tool for safely and discretely monitoring at-risk patients in their normal environment without confinement to hospital or any limitation of mobility.
