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TTS Human Heart Desktop Model

Name: TTS Human Heart Desktop Model - Calculator
SKU: SKUdaizCU0uIp
Price: 10.42 GBP
Availability: InStock

Original price was: 14,25 £.Current price is: 10,42 £.

SKU: SKUdaizCU0uIp Categories: Human Body, Primary Curriculum, Science Tag: TTS Brand: TTS

Helping to Support Teaching and Learning

Anatomically Accurate Design: This anatomically accurate heart model offers a detailed educational tool, ideal for identifying and teaching about the heart’s various components with precision.
31 Removable Pieces: This model offers hands-on learning with 31 removable pieces to help children identify and understand heart components like ventricles and valves.
Educational Tool: Includes assembly instructions and a display stand for easy construction and display in educational settings.
Supports Curriculum: The model provides an interactive way to learn about the circulatory system, enhancing students’ understanding of heart operations.
Circulatory System Education: Enhances understanding of the human circulatory system, covering the heart, blood vessels, and blood functions, aligned with curriculum goals.

An anatomically accurate human heart model featuring 31 removable pieces, ideal for educational use.

Includes step-by-step instructions for constructing the 3D heart model, which stands at 14cm in height on its display stand.

This human anatomical heart desktop model serves as a valuable interactive resource for Year 6 science classes, helping teachers illustrate complex biological concepts in an engaging way.

By allowing children to explore an anatomically accurate heart through disassembly and reassembly, this model facilitates a deeper understanding of the human circulatory system’s components. Teachers can use this model to demonstrate the workings of the heart, blood vessels, and blood, which perfectly aligns with the curriculum’s requirements to identify and describe the circulatory system’s functions.
The inclusion of 31 detachable parts encourages interactive learning, aiding children in visualising the physical aspects of the heart while underlining the relevance of each piece to heart and blood vessel functions.