Core advantages of plantar 3D scanners in flat foot detection
Plane 3D scanners provide accurate, efficient and safe solutions for flat foot detection with advanced 3D imaging technology. Its core advantages can be summarized as follows:
1. High-precision measurement and detail capture
Millimeter-level accuracy: Using laser or structured light technology, the measurement error is controlled within ±0.5mm, accurately capturing key morphological parameters such as arch height and plantar curvature, and distinguishing flexible flat feet from rigid flat feet.
Full foot coverage: The scanning range covers the heel, arch, forefoot and toe areas, comprehensively analyzing the symmetry of the foot structure, and identifying complications such as heel rollover and hallux valgus.
2. Non-contact safety detection
No radiation and no trauma: No X-rays or physical contact are required, and the measurement is completed through non-invasive blue light or laser scanning, which is especially suitable for long-term monitoring of children’s foot development.
Adapt to diverse scenarios: Supports scanning in barefoot, socks or dynamic standing state, compatible with medical diagnosis, footwear customization and rehabilitation evaluation needs.
3. Efficient detection process
Quick scanning: A single scan takes only 3-20 seconds, which is significantly better than traditional plaster molding (more than 30 minutes) or manual visual inspection.
Automated analysis: After scanning, a report containing 3D models, heat maps and 128 quantitative indicators is automatically generated, which takes only 1-2 minutes, reducing manual interpretation errors.
4. Three-dimensional visualization and data integration
Three-dimensional model presentation: The three-dimensional reconstruction technology is used to intuitively display abnormal areas such as the degree of arch collapse, thereby improving the efficiency of doctor-patient communication.
5. Personalized correction plan support
Precise orthopedic device customization: Scanning data can be directly connected to the 3D printing system to produce personalized insoles or corrective shoes that fit the foot shape, shortening the production cycle to several hours.
Intelligent shoe size matching: Automatically recommend the appropriate shoe size based on parameters such as foot length and foot width to reduce foot friction injuries caused by inappropriate shoe types.
6. Long-term tracking and effect verification
Data archiving comparison : Historical scan data can be stored for a long time to monitor the effect of orthopedic intervention (such as the trend of arch height recovery) or disease progression .
Multi-scenario large-scale application : Suitable for large-scale screening in schools, communities, etc., with a single-day test volume of hundreds of people, promoting the popularization of early intervention for flat feet
