Human Brain Model Dissectable Into 3 Parts
Product Specification Sheet
Human Brain Model Dissectable Into 3 Parts
Model Number: MT-071
The Human Brain Model (MT-071) is a detailed anatomical teaching model designed to demonstrate the structure of the human brain in a clear and practical way. This model can be dissected into 3 parts, allowing students to study the internal sections of the brain and understand its major components. With a compact size of 17 × 14 × 15 cm, it provides a convenient and accurate representation of brain anatomy for classroom demonstrations and laboratory learning. The model is widely used in medical colleges, nursing institutes, biology laboratories, and educational institutions for teaching neuroanatomy, brain structure, and human physiology.
Product Specification
The Human Brain Anatomy Model dissectable into 3 parts is a practical educational aid designed to simplify the study of brain structure. Developed by Micro Technologies, this model clearly represents major components of the human brain, helping learners understand its organization and function.
With its 3-part detachable design, the Human Brain Anatomy Model allows students to separate and examine internal sections, making it easier to visualize and comprehend complex neuroanatomy. Its compact size ensures convenient handling while maintaining anatomical accuracy for effective learning.
Widely used in medical colleges, nursing institutes, and biology laboratories, the Human Brain Anatomy Model is designed for long-term durability and repeated use. It is an ideal solution for institutions seeking reliable and cost-effective anatomy teaching equipment. Contact Micro Technologies today to request a quote or discuss bulk purchase options.
Features
- 3 detachable parts for basic brain structure study
- Clear representation of major brain components
- Compact size (17 × 14 × 15 cm) for easy handling
- Accurate anatomical detailing for effective learning
- Durable, high-quality PVC construction
- Ideal for classroom demonstrations and lab training
- Lightweight and easy to transport
Benefits
- Simplifies understanding of brain anatomy for learners
- Encourages hands-on and interactive study
- Cost-effective solution for educational institutions
- Supports clear visualization of internal brain structures
- Easy to assemble, disassemble, and maintain
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Human Brain Model Dissectable Into 3 Parts |
| Model No. | MT-071 |
| Type | Anatomical Teaching Model |
| Material | High-quality PVC |
| Size / Model | 17 × 14 × 15 cm |
| Usage | Neuroanatomy education, laboratory training, classroom demonstrations |
FAQs
Is this model suitable for beginner-level neuroanatomy learning?
Yes, this model is ideal for beginners as well as intermediate learners. Its simplified 3-part structure allows students to easily understand the basic organization of the brain while still providing sufficient detail for effective study.
What advantages does the 3-part dissectable design offer?
The 3-part design allows students to separate the brain into key sections, making it easier to study internal structures and relationships. This hands-on approach improves comprehension and retention of anatomical concepts.
Can institutions purchase this model in bulk?
Yes, bulk ordering options are available for medical colleges, nursing institutes, and educational institutions. You can contact us to request a quote, discuss pricing, and arrange delivery according to your needs.
How durable is the model for regular classroom 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 accuracy.
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
