Advantages of the Non-Contact Scanning Technology of the 3D Foot Scanner
🔹 Absolutely Eliminate Measurement Interference
Zero-Contact Data Capture: Utilizing laser/structured light technology, the scanning process completely avoids contact with the foot surface, completely eliminating arch deformation errors caused by traditional pressure-based measurements.
Eliminating Environmental Interference: The subject is required to stand still in a designated area with uniform and stable ambient lighting during scanning, ensuring accurate reproduction of the foot’s natural 3D shape.
🔹 High-Precision Dynamic Capture Capability
Submillimeter Detail Reconstruction: Using a high-speed camera (e.g., 60 frames per second), the scanner captures plantar fold-level morphology and quantifies parameters such as arch height and calcaneal inclination with an accuracy of ±0.5mm, significantly superior to manual measurement.
Static Mode: Analyzes the standing foot geometry and identifies static deformities such as arch collapse.
🔹 Efficient and Safe Medical Process
Fast Scan in 10 Seconds: The entire process from preparation to 3D model generation is fully automated, enabling over 300 screenings per day, significantly improving diagnostic and treatment efficiency.
Non-invasive and radiation-free: Utilizes safe blue light or infrared light sources to avoid X-ray radiation risks, making it safe for use by children, pregnant women, and other sensitive groups.
🔹 Deep Data Application Scenarios
Personalized Correction Support: Scan data is directly exported as an STL file, driving a 3D printer to create biomechanical orthotic insoles with a fitting accuracy of ±0.1mm.
Long-term Development Tracking: Builds a foot arch growth database (e.g., a foot arch development trajectory model for children aged 8-14 years), with a prediction accuracy of 89%, providing a scientific basis for intervention timing.
