Human Brain Half Anatomy Model
Product Specification Sheet
Human Brain Half Anatomy Model
Model Number: MT-073
The Human Brain Half Anatomy Model is a detailed educational model designed to demonstrate the internal structure of the human brain. This anatomical model represents a half section of the brain, allowing students to clearly observe internal brain structures that are normally hidden within the complete brain. The model provides a clear view of important anatomical regions such as the cerebrum, cerebellum and brainstem. By studying the cross-sectional design, learners can better understand the organization and relationship of different brain structures. The model is compact and easy to handle, making it suitable for classroom demonstrations and laboratory study. With dimensions of approximately 17 × 15 × 15 cm, the model provides a clear visual representation of brain anatomy while remaining convenient for educational use.
Product Specification
The Human Brain Half Section Anatomy Model is a high-quality teaching aid developed to provide a clear understanding of the internal structure of the human brain. Designed by Micro Technologies, this model represents a half section of the brain, allowing learners to observe internal anatomical features that are typically hidden in full models.
The Human Brain Half Section Anatomy Model highlights key regions such as the cerebrum, cerebellum, and brainstem, helping students understand their organization and relationships. Its cross-sectional design makes it especially useful for visualizing internal structures and gaining deeper insights into neuroanatomy.
With compact dimensions of approximately 17 × 15 × 15 cm, the Human Brain Half Section Anatomy Model is easy to handle and ideal for both classroom and laboratory environments. It is widely used in medical colleges, nursing institutes, and educational institutions. Contact Micro Technologies today to request a quote or explore bulk purchase options.
Features
- Half-section design for clear internal brain visualization
- Displays key regions including cerebrum, cerebellum, and brainstem
- Compact size (approx. 17 × 15 × 15 cm) for easy handling
- Accurate representation of brain structure
- High-quality, durable PVC construction
- Ideal for classroom demonstrations and lab study
- Lightweight and easy to transport
Benefits
- Simplifies understanding of internal brain structures
- Enhances visual learning through cross-sectional design
- Cost-effective solution for educational institutions
- Supports accurate and detailed neuroanatomy teaching
- Easy to use, handle, and maintain
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Human Brain Half Anatomy Model |
| Model No. | MT-073 |
| Type | Anatomical Teaching Model |
| Material | High-quality PVC |
| Size / Model | 17 × 15 × 15 cm |
| Usage | Neuroanatomy education, laboratory training, classroom demonstrations |
FAQs
What is the advantage of a half-section brain model?
A half-section brain model allows students to view internal structures that are not visible in a complete brain model. This helps in understanding the organization and relationships between different regions, making it an effective tool for learning neuroanatomy.
Is this model suitable for beginner-level study?
Yes, the model is designed for both beginner and intermediate learners. Its clear structure and compact design make it easy to understand, while still providing sufficient detail for meaningful anatomical study.
Can this model be used in professional medical training?
Yes, the model is widely used in medical colleges, nursing institutes, and laboratories. It provides accurate anatomical representation, making it suitable for both educational and professional training purposes.
How durable is the model for regular use?
The model is made from high-quality PVC material, ensuring durability and resistance to wear. It is designed for long-term use in classrooms and laboratories while maintaining its structural integrity 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
