Bone tissue model life size
Product Specification Sheet
Bone tissue model life size
Model Number: MT-033
Bone Tissue Model Life Size is an anatomical teaching model designed to demonstrate the microscopic structure of human bone tissue. The model provides a clear and enlarged representation of the internal structure of bone, helping students understand the organization of compact bone and its components. It shows important structural features such as osteons, lamellae and central canals that play a key role in bone strength and function. The life-size design offers a realistic and easy-to-understand visual reference for studying bone anatomy and histology. This model is widely used in medical colleges, nursing institutes, biology laboratories and educational institutions to support the study of skeletal tissue and bone structure. Made from durable and high-quality material, the model is suitable for repeated classroom demonstrations and long-term educational use.
Product Specification
The Life Size Bone Tissue Model for Anatomy and Histology Study is a highly detailed educational tool designed to provide a clear understanding of the internal structure of human bone tissue. Manufactured by Micro Technologies, this model is made from high-quality, durable materials to ensure long-lasting use in classrooms and laboratories.
This life size bone tissue model presents an enlarged and accurate representation of compact bone structure, highlighting key components such as osteons, concentric lamellae, and central (Haversian) canals. The detailed design helps students visualize the organization and function of bone tissue, making complex histological concepts easier to understand.
Widely used in medical colleges, nursing institutes, research laboratories, and training centers, this life size bone tissue model is an essential teaching aid. Micro Technologies ensures precision and educational value, supporting effective learning in anatomy and histology studies.
Features
- Life-size and enlarged anatomical representation
- Clearly displays osteons, lamellae, and central canals
- High-quality durable construction
- Designed for anatomy and histology education
- Smooth finish with detailed structural accuracy
- Suitable for repeated classroom use
- Easy to handle and display
Benefits
- Simplifies understanding of complex bone histology
- Enhances visual learning for students
- Supports effective classroom demonstrations
- Provides long-term durability for repeated use
- Ideal for academic and professional training
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Bone Tissue Model Life Size |
| Model No. | MT-033 |
| Type | Anatomical Teaching Model |
| Material | High-Quality Durable Material |
| Size / Model | Life Size |
| Usage | Educational, Medical, Laboratory |
FAQs
What is the purpose of a bone tissue model?
A bone tissue model is used to demonstrate the microscopic structure of human bone in an enlarged and easy-to-understand format. It helps students and educators visualize complex components such as osteons, lamellae, and canals, making it an essential tool in anatomy and histology education.
What structures are shown in this model?
This model clearly displays key components of compact bone, including osteons, concentric lamellae, and central canals. These structures are essential for understanding how bone tissue is organized and how it contributes to strength and function in the human body.
Where is this model commonly used?
The bone tissue model is widely used in medical colleges, nursing institutes, biology laboratories, and educational institutions. It is also useful in training centers where anatomy and histology are taught as part of professional healthcare education.
Is the model durable for long-term use?
Yes, the model is made from high-quality and durable materials designed for repeated classroom demonstrations and long-term use. It maintains its structural integrity and clarity even with frequent handling, making it ideal for educational environments.
Why Choose Our Products
- High-quality materials for durability and longevity
- Accurate anatomical detailing for effective learning
- Reliable performance for educational use
- Designed for ease of handling and demonstration
