What is the use of 3D gait analysis?

The applications of 3D gait analysis are very broad and are mainly reflected in the following aspects:

Diagnosis of diseases
By accurately measuring joint motion angles, gait cycles, and force distribution, it helps doctors diagnose neurological diseases (such as stroke and cerebral palsy), orthopedic diseases (such as knee osteoarthritis and hip dysplasia), and sports injuries.

Evaluation of rehabilitation effectiveness
It evaluates the gait function of rehabilitation patients, quantifies the changes before and after treatment, guides the adjustment of rehabilitation plans, and ensures that the rehabilitation process is scientific and effective.

Optimization of athletic performance
It helps athletes analyze the details of movements such as running and jumping, optimize movement posture, reduce the risk of injury, and improve competitive performance.

Design of orthotic products
Based on the patient's specific gait data, it customizes personalized orthotic insoles and braces to improve foot structure and movement function.

Fall risk assessment for the elderly
It analyzes the gait stability of elderly people, predicts the risk of falling, and takes preventive measures in advance.

Research on human movement mechanisms
It provides detailed data support for fields such as biomechanics, sports science, and robotics, promoting the development of related technologies and theories.

3D gait analysis, through objective and detailed data, provides scientific support for clinical diagnosis, rehabilitation treatment, and sports training, and improves the overall level of human movement health.