Little Doctor LD-596A Electronic Blood Pressure Monitor Arm Cuff 1 Pack

$109
In stock — ready to ship

Overview

The Little Doctor LD-596A is an automatic electronic blood pressure monitor designed for accurate and comfortable home use. It features an upper arm cuff, USB Type-C power option, and intelligent measurement technology for faster, more reliable readings.

The device includes arrhythmia and movement detection indicators, a large LCD display with clear digits, and memory storage for up to 180 measurements. It comes with all necessary components for immediate setup and use.

Why You'll Like It

  • Automatic measurement with intelligent cuff inflation technology
  • Large LCD screen with easy-to-read numbers
  • USB Type-C and battery power options for flexible use
  • Built-in arrhythmia, movement, and cuff placement indicators
  • Stores up to 180 readings for tracking blood pressure trends
  • Comfortable measurement process with faster result delivery

Who It's For

  • Adults monitoring blood pressure at home
  • Elderly users who need clear, large-display readings
  • Individuals managing hypertension or cardiovascular health
  • Users seeking a reliable, clinically validated monitoring device
  • Those who prefer automatic operation with smart feedback features

Package Details

  • Electronic monitor unit
  • Arm cuff (Cuff-LDA, size 25-36 cm)
  • USB Type-C power cable
  • Four AA batteries (1.5V)
  • Power adapter for mains operation
  • User manual and warranty card

Common Questions

What power sources does this monitor support?

It can be powered via USB Type-C cable or four AA batteries, offering flexibility for home or travel use.

What is the cuff size range?

The included cuff fits arm circumferences from 25 to 36 cm, suitable for most adult users.

How many measurements can it store?

The device has memory capacity for up to 180 blood pressure and pulse readings.

Does it detect irregular heartbeats?

Yes, it includes an arrhythmia indicator to alert users to potential irregular heart rhythms during measurement.