TTS Pumping Human Heart Model New

Name: TTS Pumping Human Heart Model New - Calculator
SKU: SKUZnWnwH7NQD
Price: 13.49 GBP
Availability: InStock

13,49 £

SKU: SKUZnWnwH7NQD Categories: Human Body, Primary Curriculum, Science Tag: TTS Brand: TTS

Helping to Support Teaching and Learning

Oxygen Exchange Demonstration: This model demonstrates the collaborative function of the heart and lungs in oxygen exchange using a manually operated pump to simulate blood flow.
Sealed Liquid Design: This model is designed with a sealed liquid system to ensure no leaks occur during use, promoting a clean learning environment.
Educational Guide Included: An activity guide is included, providing valuable resources and tasks to better understand the circulatory system.
Clear Labelling: The model comes with labels on the main artery, veins, lungs, and heart chambers to aid in education and identification during demonstrations.
Supports Science Curriculum: Perfectly aligns with Year 6 Science curriculum, focusing on the human circulatory system, enhancing student comprehension of biological circulation processes.

A 3D working heart model demonstrating basic heart and pulmonary blood flow using a simple hand pump.

Features clearly labelled main artery, veins, lungs, and heart chambers. Designed with sealed liquid for mess-free use.

Enhance science teaching with this practical model that illustrates heart and lung function in a clear, interactive manner. Ideal for Year 6 learning, the model helps students visualise and understand the human circulatory system through hands-on experimentation with a simple hand pump mechanism.

Detailed labels on arteries, veins, lungs, and heart chambers aid in identification and learning, ensuring students engage with key anatomical features and their functions. Accompanied by a comprehensive guide, it offers structured activities to deepen understanding of pulmonary circulation and heart mechanics.
Constructed for safe and mess-free use in the classroom, this durable model ensures a clean and effective educational experience. Its compatibility with the Year 6 science curriculum makes it an invaluable resource for demonstrating biological processes involved in the human circulatory system.