5 Types of Blood Pressure Monitors

Consumers, athletes, and healthcare professionals use several types of blood pressure monitors to measure, track and collect health data.

It includes digital arm monitors, wrist monitors, sphygmomanometers, smartwatches, and mobile applications.

Moreover, blood pressure monitors come in various models, including arm, wrist, and arenoid devices.

These devices operate either electronically or manually, with the former providing automated operation and the latter requiring a hands-on approach.

All devices provide the essential function of measuring and monitoring blood pressure levels.

However, there are differences in how each device works and its technology to measure and track blood pressure.

This article covers various devices and methods to obtain blood pressure readings.

That way, you make the best decision regarding buying a device and measuring blood pressure accurately.

1. Digital Arm Monitors

One of the most well-known and frequently used blood pressure monitors is the arm /upper arm blood pressure monitor.

These devices automatically pump air into a blood pressure cuff wrapped around the arm.

It uses air pressure to measure the user’s blood pressure and displays blood pressure levels on a digital display.

Moreover, these devices display Systolic, Diastolic, and Pulse Rate segments to provide more accurate health assessments.

Digital arm monitors benefit from being extremely easy to use and operate by a single individual.

As a result, many consumers use these devices at home to measure and monitor their blood pressure.

Some models track assessments directly on the device or through a health app to monitor changes over time.

Users can utilize this information to determine whether their health improves or need to see a medical professional.

In some cases, they can also provide data to medical professionals via email or other services using mobile applications.

Finally, numerous models provide audible/visual alerts when the device identifies a potential health risk.

Accordingly, it allows users to make better healthcare decisions and contact a medical professional if needed.

Some convenience and retail stores sell arm-based blood pressure monitors for home use.

However, consumers can also find blood pressure monitors online through Amazon, medical sales websites, and various e-commerce stores.

2. Digital Wrist Monitor

Wrist monitors work similarly to digital arm monitors.

However, users measure blood pressure by placing the device on the wrist instead of the upper arm.

The blood pressure cuff compresses around the wrist to form a tight seal to detect and monitor blood pressure levels.

While not always the case, wrist monitors are often smaller and more travel-friendly.

As a result, they’re more convenient to use and more accessible to carry, useful for those who need to monitor vitals frequently.

Many devices also monitor and record Systolic, Diastolic, and Pulse rates for those requiring additional health data.

However, numerous studies determined that arm-based monitors perform more accurate assessments consistently.

Some individuals feel more confident that blood pressure readings will be more accurate and invariant with arm-based devices.

Follow directions precisely to ensure the most accurate readings for those using wrist monitors.

Also, look for reliable brands known for creating authentic healthcare products.

Finally, consult a medical professional about which brands to consider when choosing a blood pressure monitor.

3. Aneroid/Sphygmomanometers

Many android devices are also known as sphygmomanometers, which I’ll use to describe these machines.

These devices provide the same blood pressure monitoring as digital devices; however, they perform blood pressure assessments differently.

Sphygmomanometers operate manually and manage blood pressure assessments via a hand-pumped cuff.

Users squeeze the hand pump to tighten the arm cuff and measure blood pressure with the pressure gauge.

Medical professionals sometimes use a high-quality stethoscope to monitor heart rate during assessments.

Users place sphygmomanometers around the upper arm like many automatic devices.

However, users manually pump air into the cuff instead of automatically pumping like an electronic blood pressure monitor.

Air is continually pumped into the cuff until it reaches the appropriate pressure level.

A stethoscope is placed directly under the cuff to listen for pulse sounds.

It allows medical professionals to identify potential heart pulse/rate issues or sounds that indicate heart health issues.

While listening for sounds, users slowly release pressure from the cuff via a hand-controlled release valve/trigger.

In turn, blood begins flowing more freely through the arm again, with the blood pressure gauge providing blood pressure level feedback.

Healthcare professionals commonly use sphygmomanometers instead of automatic devices to determine blood pressure levels.

It allows them to manually control and observe blood pressure and provides direct feedback to make controlled assessments.

However, they’ll use automatic machines to continuously monitor blood pressure when needed.

4. Mobile Applications

Many smartphone blood pressure apps allow users to monitor and manage their blood pressure readings.

These apps provide various ways to record, synchronize and analyze vital data to make more informed health decisions depending on the application, depending on the application. Some offer visual graphs, historical charts, sharing features, healthcare advice, and other quality.

Some apps also include Bluetooth support and syncing between the monitor and phone for fast and convenient health/data management.

Nevertheless, the quality of the applications varies depending on their visual experience, features, and software quality.

As a result, it’s essential to look around and compare applications to find one that best suits your needs.

5. Smartwatches

Numerous smartwatches offer blood pressure, heart rate, and blood oxygen monitoring to observe and manage health better.

These devices also allow users to monitor vitals continuously to make better health decisions and improve their performance.

However, the quality of smartwatch blood pressure devices varies significantly depending on their technology and build quality.

As a result, many consumers continue utilizing arm-based blood pressure monitors to observe, track and record their vitals.

Technology is continually developing, bridging the gap between smartwatch health monitoring and traditional devices.

Some smartwatches don’t provide direct blood pressure monitoring.

However, they offer numerous apps that connect to blood pressure devices.

The blood pressure monitor evaluates the user’s health, and the smartwatch application tracks, records, and manages their data.

It allows users to obtain vital recordings they can refer to later to determine their long-term health or share them with a medical professional.