
£44.38 GBP inc. VAT
Features:
- Effortless operation with a single button
- Compact and lightweight design
- Guidance technology for optimal positioning
- Utilizes A&D’s renowned measurement precision
- Memory storage for 2 x 60 readings to track trends
- Supports two users
- Function to calculate average readings
- Features an extra-large and clear LCD display
- Quick measurement process
- Includes clock and calendar
- Comes with a carry case
- Blood Pressure Classification Indicator by World Health Organisation (WHO)
- Exclusive A&D technology for Irregular Heartbeat (IHB) and AFib detection
- Validated by clinical standards
- 5-year warranty
Take a definitive step towards better health with this monitor, offering highly precise Oscillometric BP measurement, a method pioneered by A&D in 1984.
Achieving consistent and accurate results with the A&D UB-543 Automatic Wrist Monitor is straightforward thanks to A&D's technology:
A&D Correct Position Guidance technology.
- The UB-543 features a blue/orange display indicator to assist users in positioning the device correctly every time.
- Incorrect arm positioning can impact the accuracy of the measurement.
A&D World Health Organisation Blood Pressure Indicator.
- In 2003, A&D introduced the intuitive ‘traffic light’ system for blood pressure monitors.
- This indicator allows users to quickly assess if their readings are low, normal, or high according to WHO standards.
The UB-543 is clinically validated according to the European Hypertension Society (ESH) guidelines, ensuring users can trust their results.
The A&D UB-543 also features dual user mode, enabling storage of up to 60 readings for two individuals. It includes an average value function for stored data and the WHO Blood Pressure Classification Indicator, aiding users in managing their health programs effectively.
Additionally, it incorporates A&D’s exclusive technology for Irregular Heartbeat (IHB) and AFib detection, along with Circadian Rhythm analysis, first introduced by A&D in 2001. This innovative technology is now globally utilized for the opportunistic detection of