Desktop Human Ear Anatomy Model 1.5X Enlarged for Teaching
Product Specification Sheet
Desktop Human Ear Anatomy Model 1.5X Enlarged for Teaching
Model Number: MT-104
The Desktop Human Ear Model is an anatomical teaching model designed to demonstrate the structure of the human ear in a compact and easy-to-display format. Enlarged 1.5 times its natural size, the model provides a clear view of the ear’s anatomical components while remaining suitable for desktop demonstrations. It is widely used in medical colleges, universities, biology laboratories, and healthcare training institutes. The model helps students understand the structure and function of the auditory system through visual learning. Its convenient size and clear detailing make it an effective educational tool for classroom teaching, laboratory study, and medical training.
Product Specification
The Desktop Human Ear Anatomy Model (1.5X Enlarged) is a precision-crafted educational tool designed to simplify the study of ear anatomy. Developed by Micro Technologies, this model is enlarged 1.5 times its natural size, offering improved visibility of key structures such as the auditory canal, eardrum, ossicles, cochlea, and semicircular canals.
The Desktop Human Ear Anatomy Model (1.5X Enlarged) allows students to clearly understand how sound travels through the ear and how the auditory system functions. Its compact design makes it ideal for desktop demonstrations while still providing accurate anatomical detailing for effective teaching.
Widely used in medical colleges, universities, and healthcare training institutes, the Desktop Human Ear Anatomy Model (1.5X Enlarged) is constructed from durable materials for long-term use. It is an essential tool for teaching ear anatomy and physiology. Contact Micro Technologies today to request a quote or explore bulk purchasing options.
Features
- 1.5X enlarged design for improved visibility
- Compact desktop size for convenient display
- Clearly shows outer, middle, and inner ear structures
- Displays auditory canal, eardrum, ossicles, cochlea, and semicircular canals
- Accurate anatomical detailing for effective learning
- High-quality, durable PVC construction
- Ideal for classroom and laboratory demonstrations
Benefits
- Enhances understanding of hearing and balance systems
- Supports visual and interactive learning experiences
- Cost-effective solution for educational institutions
- Improves clarity in teaching auditory concepts
- Easy to use, handle, and maintain
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Desktop Human Ear Model 1.5 Times Enlarged |
| Model No. | MT-104 |
| Type | Anatomical Teaching Model |
| Material | High-quality PVC |
| Size / Model | 1.5X Life Size (Desktop Format) |
| Usage | Anatomy education, laboratory training, classroom demonstrations |
FAQs
What is the benefit of the 1.5X enlarged design?
The 1.5X enlargement provides better visibility of ear structures compared to standard-size models, making it easier for students to observe details while still keeping the model compact and convenient for desktop use.
Is this model suitable for classroom and laboratory teaching?
Yes, the model is widely used in medical colleges, universities, and laboratories. Its compact size and clear detailing make it ideal for both group demonstrations and individual study.
What anatomical parts are included in the model?
The model displays key components of the ear including the outer, middle, and inner ear, along with structures such as the auditory canal, eardrum, ossicles, cochlea, and semicircular canals.
How durable is the model for long-term use?
The model is made from high-quality PVC material, ensuring durability and resistance to wear. It is designed for frequent use in educational environments while maintaining its structural accuracy and detail.
Why Choose Our Products
- Quality: Manufactured to meet medical and educational standards
- Durability: Strong construction ensures long service life
- Accuracy: Precise anatomical detailing for reliable learning
- Support: User-friendly design with dependable customer assistance
