All-in-one Eisco Labs Human Eye 5 Times - Sagittal Cutaway Model / Cross Section Holiday Edition [VnEqYOR0]

Eisco Labs Human Eye 5 Times Model

The Eisco Labs Human Eye 5 Times - Sagittal cutaway model is a highly detailed and educational tool designed to provide an in-depth understanding of the human eye. This comprehensive model offers a unique view of both sides of an eye, allowing for a 5x magnification of the intricate structures within. With its sagittal cutaway, you can explore the eye socket and its surrounding components in remarkable detail.

• Enlarged 5 times for clear, detailed observation
• Sagittal cutaway for a detailed view of the eye socket

This model is perfect for medical professionals, students, and anyone interested in the anatomy of the human eye.

Comprehensive Features and Specifications

The Eisco Labs Human Eye model is constructed with precision and includes a range of features that make it an invaluable educational tool. On one side, you'll find a detailed sagittal cutaway of the eye socket, providing a clear view of the eye's internal structures. The other side showcases the positioning of the eye with surrounding muscles and nerves, offering a comprehensive understanding of the eye's function and support system.

• Separate background and electron microscopic fine structure of the retina
• Positioning of the eye with surrounding muscles and nerves

The model is mounted on a durable 16.5" x 12" plastic base, ensuring stability and ease of use.

Practical Uses and Benefits

Whether you're a medical professional or a student, the Eisco Labs Human Eye 5 Times model offers numerous practical uses. Its detailed and accurate representation of the eye's anatomy makes it an ideal tool for teaching and learning. The separate views of the eye socket and its surrounding structures allow for a deeper understanding of ocular anatomy and physiology.

• Enhanced learning and teaching of ocular anatomy
• Valuable for medical professionals and students alike

Invest in the Eisco Labs Human Eye 5 Times model and gain a clearer perspective on the complexities of the human eye.