đ Free Worldwide Shipping on All Orders!Shop Now
1 / 6
1:1 Lifesize Human Hand Joint Anatomy Model Science Teaching Resources
This life-size human hand skeleton model is used for anatomical study.Â
The model is wire mounted for flexibility, and is slightly flexible through the toesÂ
with a bendable ankle for effective demonstration.Â
Anatomical models are typically used as educational aids in medical and scientific classrooms and office settings.
The model made of high quality PVC plastic material.
Color: as show in the figure
Material: PVC
Size: 25*12cmÂ
 Package Included:
1 x Hand Joint Model
The model is wire mounted for flexibility, and is slightly flexible through the toesÂ
with a bendable ankle for effective demonstration.Â
Anatomical models are typically used as educational aids in medical and scientific classrooms and office settings.
The model made of high quality PVC plastic material.
Color: as show in the figure
Material: PVC
Size: 25*12cmÂ
 Package Included:
1 x Hand Joint Model
$15.30
1:1 Lifesize Human Hand Joint Anatomy Model Science Teaching Resourcesâ
$15.30
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
This life-size human hand skeleton model is used for anatomical study.Â
The model is wire mounted for flexibility, and is slightly flexible through the toesÂ
with a bendable ankle for effective demonstration.Â
Anatomical models are typically used as educational aids in medical and scientific classrooms and office settings.
The model made of high quality PVC plastic material.
Color: as show in the figure
Material: PVC
Size: 25*12cmÂ
 Package Included:
1 x Hand Joint Model
The model is wire mounted for flexibility, and is slightly flexible through the toesÂ
with a bendable ankle for effective demonstration.Â
Anatomical models are typically used as educational aids in medical and scientific classrooms and office settings.
The model made of high quality PVC plastic material.
Color: as show in the figure
Material: PVC
Size: 25*12cmÂ
 Package Included:
1 x Hand Joint Model
