What are the application scenarios of the dynamic plantar pressure distribution system?

Application Scenarios of the Dynamic Plantar Pressure Distribution System

The Dynamic Plantar Pressure Distribution System uses high-precision sensors to capture plantar pressure changes during standing or walking, generating quantitative data reports that provide scientific support for decision-making in multiple areas. The following are core application scenarios:

Medical Diagnosis: The system systematically quantifies plantar pressure distribution and gait symmetry, assisting in diagnosing flat feet, high arches, and the risk of diabetic foot ulcers. Heatmaps are used to visually identify pathological abnormalities.

Rehabilitation Management: Tracks gait recovery progress in stroke patients or weight-bearing capacity after fracture surgery, providing objective quantitative evidence for orthotic device design and rehabilitation training optimization.

Sports Injury Prevention and Optimization: Identifies abnormal impact force distribution in athletes' feet (such as inversion and pronation), enables customized training plans to correct gait errors, and reduces the risk of sports injuries.

Personalized Insoles and Orthotics: Designs cushioning zones based on foot pressure data, creating 3D-printed orthotics that precisely fit the foot shape to alleviate plantar pain or discomfort.

Children's Foot Development Monitoring: Early detection of trends such as arch collapse and inward-toed walking allows for timely intervention to promote normal development.

Fall Risk Assessment and Warning: Analyzes center of gravity trajectory deviation and unstable support phases to provide early warning of fall risks for the elderly or special populations, guiding the optimization of preventive measures.

This system integrates biomechanical data across multiple scenarios, significantly improving diagnostic and treatment accuracy and rehabilitation efficiency.