Eye in Orbit Anatomy Model – 8 Parts
The Eye in Orbit Anatomy Model is a detailed educational model designed to demonstrate the structure of the human eye within the orbital cavity. This anatomical model clearly shows how the eye is positioned inside the eye socket and how it is supported by surrounding anatomical structures. The model helps students study important parts of the eye such as the eyeball, optic nerve and surrounding tissues that support vision and eye movement. With 8 detachable parts, learners can remove and examine individual components to better understand the structure of the eye and its relationship with the orbital cavity. The model provides a clear visual representation of eye anatomy, making it easier for students to study the human visual system. It is widely used in medical colleges, nursing institutes, biology laboratories and educational institutions for teaching ophthalmic anatomy.
Product Description
Eye in Orbit Anatomy Model
The Eye in Orbit Anatomy Model is an educational anatomical model designed to help students study the structure and position of the human eye within the orbital cavity. This model provides a clear representation of how the eye is located in the eye socket and how it connects to surrounding anatomical structures.
The eye is one of the most important sensory organs in the human body and plays a vital role in vision. Understanding the structure of the eye and its surrounding tissues is essential for studying ophthalmology and human anatomy.
This model clearly demonstrates the relationship between the eyeball and the orbital cavity. By studying the model, students can observe how the eye is positioned within the orbit and how it connects to important structures such as the optic nerve.
The model includes 8 detachable parts, allowing students to remove and examine the different components individually. This interactive design helps learners understand the internal and external structures of the eye more effectively.
Because of its clear anatomical representation, the model is widely used in medical colleges, nursing institutes, biology laboratories and health science programs for teaching eye anatomy and the human visual system.
Key Features
Eye and Orbital Structure
The model clearly shows the human eye positioned within the orbital cavity.
8 Detachable Parts
The model includes 8 removable components for detailed anatomical study.
Detailed Eye Anatomy
Important parts such as the eyeball, optic nerve and surrounding structures are clearly represented.
Educational Demonstration Model
The model simplifies complex eye anatomy and supports visual learning.
Durable Construction
Manufactured from high-quality materials suitable for long-term educational use.
Applications
Medical and Nursing Education
Used in medical colleges and nursing institutes for studying eye anatomy and ophthalmology.
Biology and Anatomy Laboratories
Serves as a visual teaching aid for understanding the structure of the eye and orbital cavity.
Classroom Demonstrations
Teachers use the model to demonstrate the structure and function of the human eye.
Health Science Training
Students studying physiology, ophthalmology and healthcare programs use the model for anatomical learning.
Product Specifications
| Specification | Details |
|---|---|
| Model Number | MT-084 |
| Product Name | Eye in Orbit |
| Parts | 8 Parts |
| Size | 190 × 200 × 280 mm |
| Type | Eye and Orbital Anatomy Model |
| Material | High Quality PVC |
| Category | Anatomy Educational Model |
| Usage | Medical, Nursing and Biology Education |
| Application | Classroom Teaching, Laboratory Demonstration |
Frequently Asked Questions (FAQ)
What does the Eye in Orbit model show?
The model demonstrates the human eye positioned within the orbital cavity along with surrounding anatomical structures.
How many parts are included in the model?
The model includes 8 detachable parts for detailed anatomical study.
What is the size of the model?
The model size is 190 × 200 × 280 mm.
Who can use this anatomical model?
Medical students, nursing students, biology students and teachers commonly use this model.
Where is this model commonly used?
It is widely used in medical colleges, nursing institutes, schools and biology laboratories for teaching eye anatomy and ophthalmology.