The hardest part is positioning the cuff correctly, but after a few tries, it’s easy to get the hang of it. Consistently checking blood pressure at home enables people to stay on top of such changes, preventing problems before they occur. “They become more invested in their management and can monitor diet, exercise or pharmaceutical interventions and how they affect their blood pressure,” says Dr. Sahai.
In other words, no matter which form of blood pressure monitoring you choose, your heart will thank you for the accurate measurement. And beyond taking readings, some of these devices can also help you keep track of your heart rate and notify you if you have an irregular heartbeat. Following these guidelines, many automatic devices have been validated as being acceptable alternatives to the mercury sphygmomanometer, while others have failed to meet the minimum standards for accuracy.
If you desire robust data storage with an easy-to-navigate companion app, we recommend the Microlife Watch BP Home. The pressure that occurs between contractions or beats is where this number comes from. A healthy range is 84 or less; anything above is considered within hypertension range. Find the model that’s best for you to start monitoring your health today.
If you have specific healthcare concerns or questions about the products displayed, please contact your licensed healthcare professional for advice or answers. OMRON blood pressure monitors all come with a 3 year warranty from date of delivery. If you still have a copy of your receipt or invoice, we can service your monitor free of charge for 3 years from the date of delivery.
Without comparing my at-home blood pressure readings to ones taken by a healthcare professional (which aren’t always accurate, either), it’s hard to judge the accuracy of the Omron Platinum Blood Pressure. With all omron 3 series monitors, the recommended time between calibration depends on the use of the product. If the monitor is being used in a home or personal environment, we recommend they are re-calibrated every 2 years.
The next chapter discusses the blood pressure measurement accuracy and usability of the wearable blood pressure monitor and outlines its product specifications. As the wrist of a subject with an systolic blood pressure of 110 mmHg was gradually compressed, the oscillations of the filtered pulse wave almost completely disappeared after the elapsed time of about 22 seconds. The filtered pulse wave was obtained as an extraction of a pulsation resulting from the relationship between the arterial pressure oscillation and the periarterial pressure from the lower to the systolic blood pressure per pulse stroke. When a pressure slightly higher than the systolic blood pressure of 110 mmHg was applied around the arteries of the subject, the arteries were occluded to stop the oscillations of the filtered pulse wave. The internal pressure of the compression cuff at the elapsed time of 22 seconds was approximately 255 mmHg.
Each eligible participant received 9 to 10 sequential blood pressure measurements alternating between the mercury sphygmomanometer and the automated device. A rest period of 30–60 seconds was allowed between each blood pressure measurement to prevent venous congestion and increased blood pressure variability between measurements. Overseen by an independent supervisor, the manual mercury measurements were recorded by the two observers blinded from both each other’s readings and from the device readings.