Blood Pressure Monitoring Devices Market by Product and Geography – Global Industry Analysis, Growth, Share, Size, Trends, and Forecast 2019 – 2026

The Global Blood Pressure Monitoring Devices Market is expected to reach USD 2,926 Million by 2022, growing at a CAGR of 10.4% during the forecast period 2020-2026. Increasing incidence of hypertension, growing geriatric population base, rising incidences of obesity & sedentary lifestyle and technological advancements are driving the growth of the market.

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Blood pressure measurement is essential in the diagnosis and monitoring of a wide spectrum of clinical conditions. Conventionally, blood pressure is measured using the auscultatory technique (non-invasive) with the pressure in the cuff measured by using a mercury sphygmomanometer. This practice is prevalent throughout the world and has gained a lot of attention. However, owing to environmental concerns regarding mercury, there is no long-term future for such devices according to the scientific studies.

In another approach, self-measure blood pressure monitoring (SMBP) relates to home blood pressure monitoring wherein patients perform measurement of their own blood pressure irrespective of a clinical setting. Under this approach, SMBP can enhance health outcomes for hypertensive patients, proves beneficial for blood pressure control when a feedback loop is provided based on patient’s data. For instance, Million Hearts is a U.S. Department of health and human service initiative led by CDC services. With the aim of preventing heart strokes in the population, Million Hearts has aimed to encourage the use of SMBP with an added clinical support. Additional support includes one-on-one counseling therapies through web or telephone.

Accuracy being a major aspect for blood pressure monitoring devices should be equally sought irrespective of claims from manufacturers. Going forward, blood pressure monitoring devices possess a haemodynamic phenomenon. As variability cannot be controlled its effects can be minimized. However, in absence of conducive conditions, variable components should be considered while noting the reading.