What are the application scenarios of plantar scanners?

Overview of Core Application Scenarios for Plantar Scanners

Plane Scanners use high-precision 3D data acquisition (error ≤ 0.5mm) to capture parameters such as arch height and foot length within 10 seconds, generating a visual model to support customized solutions.

Applications cover multiple areas:

Medical Diagnosis and Correction: Accurately identify deformities such as flat feet and high arches, and design personalized corrective insoles or treatment plans to relieve pain and restore gait.

Sports Performance Optimization: Helps athletes analyze their foot shape and match optimal shoes, reducing the risk of sports injuries and improving performance.

Footwear Customization and Retail: Drives 3D printing to create customized insoles or shoes, allowing stores to quickly scan and recommend shoe sizes for improved comfort and functionality.

Rehabilitation Engineering Management: Used for post-operative rehabilitation tracking (such as calcaneal valgus correction) and combining foot pressure data to design supportive insoles to prevent complications such as diabetic foot.

Child Development Monitoring: Regular scanning establishes a database of arch growth, enabling intervention during the prime period (3-8 years old) and increasing the success rate of correction.

Occupational disease warning: For workers who stand for long periods of time, foot pressure analysis can help prevent foot imbalances and adjust lifestyles early.

This technology also supports dynamic gait tracking and data export (STL format), enabling seamless integration of 3D printing and long-term follow-up.