Nissei Japan Automatic Blood Pressure Monitor

The Nissei Japan Automatic Blood Pressure Monitor is a high-quality, clinically validated device designed to provide accurate and reliable measurements of blood pressure and pulse rate. Manufactured using advanced Japanese technology, it offers simple one-touch operation, making it suitable for daily home monitoring.

The monitor uses oscillometric measurement technology to display systolic pressure, diastolic pressure and pulse rate on a large, easy-to-read LCD screen. Selected models also feature Irregular Heartbeat Detection (IHB), a Hypertension Indicator, and memory storage to help users track their blood pressure over time.

Its comfortable upper arm cuff and user-friendly design make it suitable for adults who need regular blood pressure monitoring at home or while travelling.

Key Benefits:

• Provides accurate and reliable blood pressure measurements
• Measures systolic, diastolic and pulse rate
• Helps monitor cardiovascular health at home
• Detects irregular heartbeat (model dependent)
• Large display for easy reading of results
• Simple one-touch operation

Key Features:

• Japanese technology for reliable performance
• Automatic upper arm blood pressure monitor
• Oscillometric measurement method
• Large LCD display
• Memory function for previous readings (model dependent)
• Irregular Heartbeat Detection (IHB) (model dependent)
• Hypertension level indicator (model dependent)
• Automatic power-off to extend battery life
• Comfortable adjustable upper arm cuff

Directions for Use:
Sit comfortably and rest for at least 5 minutes before taking a measurement. Wrap the cuff securely around your upper arm according to the instructions. Press the start button and remain still while the monitor automatically measures your blood pressure and pulse rate. Review or store the reading using the memory function if available.

Pack Size:
1 Nissei Japan Automatic Blood Pressure Monitor (includes upper arm cuff, batteries, storage case and user manual; accessories may vary by model).