Human muscle figure model
The Human Muscle Figure Model is an anatomical teaching model designed to demonstrate the muscular structure of the human body. This model clearly displays the major muscles of the body, allowing students to study muscle arrangement, shape and anatomical position. It helps learners understand how muscles work together to support body movement, posture and strength. The model provides a clear visual representation of the muscular system, making it easier to study the relationship between different muscle groups. With a height of approximately 45 cm, the model offers a compact yet detailed view of the human muscular system. This anatomical model is widely used in medical colleges, nursing institutes, physiotherapy training centers and biology laboratories for teaching human anatomy and musculoskeletal structure.
Product Description
Human Muscle Figure Model
The Human Muscle Figure Model is designed to provide a detailed representation of the human muscular system. This anatomical teaching model clearly demonstrates the major muscle groups of the human body, helping students understand the structure and arrangement of muscles.
Muscles play a crucial role in movement, posture and body stability. By studying the muscular system, students can understand how muscles interact with bones and joints to produce body movement. This model provides a clear and practical visual aid for learning muscle anatomy.
The model displays the surface muscles of the human body in a detailed and realistic manner. This allows students to identify different muscle groups and understand their position within the body. The compact size of the model makes it suitable for classroom demonstrations and laboratory study.
This anatomical model is widely used in medical colleges, nursing institutes, physiotherapy training centers, sports science education and biology laboratories for studying the human muscular system.
Key Features
Detailed Muscle Structure
The model clearly displays the major muscles of the human body, helping students identify different muscle groups.
Educational Anatomical Model
It provides a simplified visual representation of the muscular system, making it easier for students to understand muscle anatomy.
Compact Teaching Model
With a height of 45 cm, the model offers a convenient size for classroom demonstrations and practical learning.
Clear Muscle Identification
The detailed structure allows learners to observe the shape and position of different muscles across the human body.
Durable Construction
Manufactured from high-quality durable material, the model is designed for long-term educational use.
Applications
Medical and Nursing Education
The model is commonly used in medical colleges and nursing institutes for studying the human muscular system.
Physiotherapy and Sports Science Training
Students studying physiotherapy and sports science use this model to understand muscle structure and body movement.
Biology and Anatomy Laboratories
The model serves as an effective visual teaching aid for explaining muscle anatomy in schools and colleges.
Classroom Demonstrations
Teachers can use the model to demonstrate the arrangement and function of muscles during anatomy lessons.
Product Specifications
| Specification | Details |
|---|---|
| Model Number | MT-053 |
| Product Name | Human Muscle Figure |
| Height | 45 cm |
| Type | Human Muscular System 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 Human Muscle Figure model show?
The model demonstrates the muscular structure of the human body and displays the major muscle groups.
What is the height of the model?
The height of the model is 45 cm.
Who can use this anatomical model?
Medical students, nursing students, physiotherapy trainees and biology instructors commonly use this model.
Where is this model commonly used?
It is widely used in medical colleges, physiotherapy institutes, nursing schools and biology laboratories.
Why is this model useful for students?
It helps students visually understand the structure and arrangement of muscles in the human body.