Mdpro (Edanusa) Holter Systems

The MDPro Holter System is an innovative solution designed for continuous cardiac monitoring, providing comprehensive diagnostic insights. Equipped with a 12-channel recording system, it offers detailed heart activity data, making it indispensable for any healthcare facility looking to enhance its diagnostic capabilities.

This lightweight, easy-to-carry device ensures patient comfort during long-term monitoring and features an intuitive LCD display for easy data visualization. With capable software included, clinicians can perform advanced analysis and generate detailed reports, offering critical insights into patient heart health and aiding in effective treatment planning. Additionally, the device's extended battery life ensures up to 48 hours of continuous monitoring, catering to various clinical needs conveniently.

• The MDPro Holter System provides 12-channel recording, offering comprehensive heart activity data capture and analysis.
• Includes advanced software for in-depth analysis and reporting, enhancing clinician's ability to diagnose patient conditions effectively.
• Lightweight and compact device, ensuring comfortable wearability for patients during monitoring periods.
• Extended battery life supports up to 48 hours of continuous data recording, accommodating various patient monitoring needs.

• The MDPro Holter System is used for continuous ECG monitoring, capturing and recording heart rate data over an extended period for diagnostic evaluation of arrhythmias, ischemia and other cardiac conditions. It is designed for both hospital and outpatient settings.

1. How many channels does the MDPro Holter System support?
The MDPro Holter System supports up to 12 channels for comprehensive ECG recording.

2. What is the maximum recording duration of the Holter System?
The system can record ECG data continuously for up to 48 hours.

3. Is the software compatible with various operating systems?
Yes, the Holter System software is compatible with most modern operating systems for ease of integration.