Foot Skeleton Model with Ligaments

Features of Foot Skeleton Model with Ligaments

Product Details.

The life-size Foot Sk eleton Model with Ligaments is an excellent educational tool that demonstrates the structure and movement of the human foot, including all major bones and ligaments. Mounted on a wire, this model allows the foot to be placed in different positions for a complete analysis of the mechanisms of movement. It also includes the ankle and lower parts of the fibula and tibia to provide a complete overview of the anatomy of the foot.

Product Specifications:

• Life-size foot skeleton: Made of PVC, it accurately represents the ankle joints, ligaments, and parts of the fibula and tibia.
• Movable fingers: The fingers can be moved to demonstrate joint movements.
• White plastic base: The model is mounted on a stable base for easy display.
• Dimensions (W x H x D): 22 x 29 x 12 cm
• Weight: 0.68 kg

Why Buy It

The Foot Skeleton Model with Ligaments is an essential teaching tool for learning and teaching foot anatomy. With its detailed representation and ability to show joint movements, this model is ideal for medical schools, universities, clinics and hospitals. It is also perfect for educating patients about foot injuries or surgeries.

Key Benefits:

• Realistic Anatomical Details: Provides a faithful representation of the bones and ligaments of the human foot.
• Flexible Positioning: Wire-mounting allows the foot to be placed in different positions to demonstrate the mechanisms of movement.
• Versatile Educational Tool: Ideal for a wide range of educational and clinical applications.
• Stable and Durable: White plastic base ensures stability and durability during use.

Purchasing the Foot Skeleton Model with Ligaments means equipping yourself with a high-quality educational device essential for a complete and thorough understanding of the anatomy and movements of the human foot. Its accuracy and ability to show joint movements make this model a valuable investment for any educational or health care setting.