Data Harvest Wireless Blood Pressure Sensor – Cardiovascular Science Measurement Tool (Code 80466)

The Data Harvest Wireless Blood Pressure Sensor is a modern science sensor designed to measure human blood pressure accurately and safely in classroom-based investigations. It provides a practical way for students to explore how the circulatory system works and how blood pressure changes in response to different physiological and lifestyle factors.

This sensor helps students understand why blood in the arteries is under pressure, driven by the contraction of the heart muscles, ensuring blood is delivered throughout the body. It also enables investigation into factors that influence blood pressure, such as exercise, diet, body weight, smoking, and salt intake.

By collecting real-time data, learners can directly observe how cardiovascular health is affected by everyday lifestyle choices, making abstract biological concepts more tangible and engaging.

Key Features

• Measures human blood pressure in real time
• Supports investigations into cardiovascular system function
• Demonstrates how heart muscle contraction generates arterial pressure
• Explores effects of exercise, diet, and lifestyle factors
• Helps investigate causes of high and low blood pressure
• Wireless operation for flexible classroom use
• Ideal for student-led physiological investigations

Ideal for School Science Lessons & Human Biology Studies

Perfect for KS3, GCSE, A-Level biology, and health science courses, this sensor provides a practical introduction to human physiology and cardiovascular health.

• Studying the structure and function of the circulatory system
• Investigating blood pressure regulation in the human body
• Exploring the impact of lifestyle on cardiovascular health
• Developing skills in data collection and biological analysis
• Linking biology to real-world health and medical science

Engaging, relevant, and highly practical, the Data Harvest Wireless Blood Pressure Sensor helps students connect human biology concepts with real physiological measurements.