Contact us 
My Experiments 
The GD Bones of Lower Limb Model is a life-size anatomical model designed to accurately represent the skeletal structures of the human lower extremity. Manufactured from durable imported PVC, this model provides a detailed visualization of the femur, patella, tibia, fibula, and foot bones, making it ideal for medical education, orthopedic training, and anatomy laboratory use.
Product Overview
The GD Bones of Lower Limb Model offers a comprehensive representation of the leg’s skeletal framework, allowing learners to study bone morphology, joint articulation, and weight-bearing alignment. The naturally large proportions enhance anatomical accuracy and facilitate hands-on demonstration of lower limb biomechanics.
The model is carefully molded to reflect key anatomical landmarks and articulating surfaces of the hip, knee, and ankle regions.
Anatomical Structures Displayed
- Femur
- Patella
- Tibia
- Fibula
- Tarsal bones
- Metatarsals
- Phalanges
This configuration demonstrates the structural relationship between the thigh, leg, and foot bones and supports study of joint mechanics and lower limb alignment.
Key Features
- Naturally large, life-size anatomical proportions
- Accurate skeletal detailing
- Durable imported PVC construction
- Suitable for repeated instructional use
- Ideal for musculoskeletal system teaching
Applications
- Medical and nursing education
- Orthopedic and trauma training
- Physiotherapy and rehabilitation instruction
- Sports medicine education
- Anatomy laboratory demonstrations
- Clinical and patient education
Technical Specifications
| Parameter | Specification |
|---|---|
| Model Number | GD/A11131 |
| Size | Naturally large (life-size) |
| Material | Imported PVC |
| Type | Lower limb skeletal anatomical model |
| Use | Educational and clinical demonstration |
The GD Bones of Lower Limb Model provides a durable and anatomically accurate teaching tool for studying lower extremity skeletal anatomy, making it an essential addition to medical and healthcare training institutions.
No resources are currently available for this product.
The GD Bones of Lower Limb Model is a life-size anatomical model designed to accurately represent the skeletal structures of the human lower extremity. Manufactured from durable imported PVC, this model provides a detailed visualization of the femur, patella, tibia, fibula, and foot bones, making it ideal for medical education, orthopedic training, and anatomy laboratory use.
Product Overview
The GD Bones of Lower Limb Model offers a comprehensive representation of the leg’s skeletal framework, allowing learners to study bone morphology, joint articulation, and weight-bearing alignment. The naturally large proportions enhance anatomical accuracy and facilitate hands-on demonstration of lower limb biomechanics.
The model is carefully molded to reflect key anatomical landmarks and articulating surfaces of the hip, knee, and ankle regions.
Anatomical Structures Displayed
- Femur
- Patella
- Tibia
- Fibula
- Tarsal bones
- Metatarsals
- Phalanges
This configuration demonstrates the structural relationship between the thigh, leg, and foot bones and supports study of joint mechanics and lower limb alignment.
Key Features
- Naturally large, life-size anatomical proportions
- Accurate skeletal detailing
- Durable imported PVC construction
- Suitable for repeated instructional use
- Ideal for musculoskeletal system teaching
Applications
- Medical and nursing education
- Orthopedic and trauma training
- Physiotherapy and rehabilitation instruction
- Sports medicine education
- Anatomy laboratory demonstrations
- Clinical and patient education
Technical Specifications
| Parameter | Specification |
|---|---|
| Model Number | GD/A11131 |
| Size | Naturally large (life-size) |
| Material | Imported PVC |
| Type | Lower limb skeletal anatomical model |
| Use | Educational and clinical demonstration |
The GD Bones of Lower Limb Model provides a durable and anatomically accurate teaching tool for studying lower extremity skeletal anatomy, making it an essential addition to medical and healthcare training institutions.
No resources are currently available for this product.