Philips Zymed XT 96 Hour Recorder to Keep Your Heart on Track!

Biometric monitors are used in measuring biological data. Depending on the purpose, there are different kinds of biometric monitors that can be used. In the case of an electrocardiogram (ECG) machine, it is a device made to measure the activities of the heart, working by recording electronic impulses sent out by the heart in between heartbeats. With a built-in screen or print outs, it provides medical personnel with the needed results.

Kinds to choose from

ECG biometric monitors also come in two kinds, ambulatory and interpretive. Ambulatory ECG monitors feature the Holter monitor, a small recorder that needs to be worn by the patient everyday. Using that, a graphic record of the heart's electrical currents is made in order to detect abnormal activities that may be due to stress and emotional or sleep problems.

Two models of the ambulatory ECG monitor are available: intermittent and continuous. Intermittent models are worn for weeks or months although recording only happens once in a while, while continuous models, as the name suggests, continuously monitors heart activity for two days. Interpretive ECG monitors, on the other hand, use charts in interpreting heart activities. Usually featuring an operation with a 12-lead rhythm, it can run automatically or be manually operated. Interpretive ECG monitors also commonly use interpretation software like pediatric analysis and pacemaker enhancements.

How to choose

Look for an upgradeable model which allows for long-term use while at the same time giving room to address changes that may be required. That way, you won't have to keep changing units just to keep up with your needs. For accurate displays and print outs, look for one that comes with an alphanumeric keyboard. An ECG machine that features a large LCD screen also makes things easier for you since results are easier to read out.

Purchasing Tips for Holter Systems

Holter systems are complex tools that cover a wide range of diagnostic tests. A necessary addition to patient testing, many factors should be considered when selecting a holter system that matches your specific needs.

With technology constantly improving, it is important to stay on top of the latest trends and breakthroughs. Medical equipment like holter systems are no exception with the use of electronic data assisting in providing more accurate and detailed measurements. Davis Medical Electronics offers the following tips on purchasing a Holter System that is not only functionable, but covers the specific needs of your medical practice.

1. Scanners should provide a time and heart-rate display, full disclosure, and pacemaker analysis.

2. These units should be reading recordings at 60-240 times the recording speed.

3. Facilities should consider and select the data archiving methods that they will need for their specific tests.

4. To receive transferred data from the recorder, a real-time scanner should have an electronic interface.

5. For all types of beats - regardless of whether it is a normal, ventricular, and/or supraventricular beat - the reports should indicate total beats and a beat per hour.

6. The following are required features: an arrhythmia detection indicator, ST segment analysis capability, trend graphs for the R.R interval, ST segment deviation, and ventricular beats.

7. The following data should appear on the patient's strip for the most detailed and necessary results: the time, patient identification, heart rate, and arrhythmias; full disclosure must be expanded on the strip.