Foot joint models are mainly applied in medical colleges and universities, nursing teaching, rehabilitation training and sports medicine fields, and are important teaching tools for learning the anatomical structure and motor function of the lower extremities.

This model is usually composed of the tibia, fibula, talus, calcaneus and metatarsophalangeal joint, etc., truly reproducing the anatomical structure and joint connection relationship of the ankle and foot. Through the model, students can intuitively understand the structural features, ligament distribution and movement patterns of the ankle joint, and master the occurrence mechanisms and key points of treatment of common injuries such as sprains, dislocations and fractures.

In clinical teaching, foot joint models are used to demonstrate the range of motion of joints, rehabilitation training methods and fixation techniques, helping medical staff improve their diagnosis, treatment and nursing capabilities. In addition, this model is also widely used in physical therapy and sports rehabilitation training to guide trainees in posture assessment and gait analysis.

The application of foot joint models makes the complex structure of the foot more visualized, which is conducive to the combination of theory and practice, and comprehensively improves the teaching effect and clinical application level.