3x Life Size Human Eye Model

Product Code: 708-SHE

A fully dissectible model of the human eye, magnified three times for detailed anatomical study.

Detailed Anatomy: This model offers a detailed, enlarged representation of the human eye with removable parts such as the lens and vitreous humour, making it ideal for in-depth study.
Educational Tool: This model supports science education by demonstrating eye anatomy and light perception, aiding Year 6 visual learning.
Interactive Learning: Children explore eye components hands-on with its fully dissectible design, enhancing their understanding of human biology.
Teacher Support: The model comes with helpful teacher notes and a detachable base, providing crucial support for educators in preparing and conducting interactive and educational lessons on eye anatomy.
Curriculum Match: Supports the Year 1 Science curriculum by enabling children to identify, name, and label different parts of the human body linked to the senses, enhancing their basic anatomical knowledge.

A fully dissectible model of the human eye, magnified three times for detailed anatomical study.

This model excellently supports the teaching of eye anatomy, providing a hands-on approach that boosts engagement and knowledge retention. It helps children to understand the human eye by allowing them to explore its components.
The model aligns with the Year 1 Science curriculum, aiding children in identifying and labelling human body parts related to the senses. It also supports Year 6 students in understanding how light interacts with the eye to enable seeing.
Included are a detachable base for easy display and storage, and teacher notes that enrich educational content and simplify lesson planning.

Science, Year 1, Animals, including Humans

Identify, name, draw and label the basic parts of the human body and say which part of the body is associated with each sense.

Science, Year 6, Light

Use the idea that light travels in straight lines to explain that objects are seen because they give out or reflect light into the eye.