The core significance of 3D foot scanning system in shoe stores and rehabilitation medicine
1. Application value in shoe store scenarios
Improve shopping experience and conversion rate
Through fast scanning (completion of more than 60 parameters such as foot length, foot width, arch height, etc. within 5-30 seconds), reduce the time cost of traditional shoe trial and reduce the return and exchange rate.
Combined with the database to intelligently match shoe size and shoe type, provide customers with accurate recommendations, and significantly improve the conversion rate (more than 70% of users actively retain contact information).
High-tech equipment attracts customers and enhances brand competitiveness (such as stores differentiated customer acquisition through 3D scanning services).
Promote personalized customization services
Customize shoe lasts, insoles or whole shoes based on scanning data to solve special foot shape needs (such as flat feet, high arch feet, hallux valgus), and meet consumers’ pursuit of comfort and personalization.
Combined with 3D printing or CNC engraving technology, realize “one person, one last” exclusive footwear products and expand the high-end customization market.
Data-driven operational optimization
Accumulate big data on foot shapes, optimize inventory management (reduce unsalable shoes) and achieve precision marketing (such as targeted push of promotional information for matching shoes).
Binding long-term customer services through foot health reports (such as children’s arch development files, middle-aged and elderly foot disease risk warnings) to increase repurchase rate and customer stickiness.
2. Innovation value in the field of rehabilitation medicine
Precise diagnosis and orthopedic design
Scan the plantar morphology (such as abnormal arch collapse) with millimeter-level accuracy to provide quantitative diagnostic basis for foot diseases (diabetic foot, plantar fasciitis).
Combined with biomechanical analysis, customize orthopedic insoles or corrective appliances to improve gait abnormalities and relieve pain (such as high arch foot support optimization).
Prevention and rehabilitation management of sports injuries
Analyze the pressure distribution and gait characteristics of athletes’ plants, customize cushioning/support sports shoes, and reduce the risk of sports injuries.
Dynamically monitor rehabilitation progress (such as changes in foot morphology after surgery) and adjust the orthopedic plan to improve the treatment effect.
Life-cycle health management
Establish health records through foot data and provide long-term tracking services (such as children’s foot development monitoring and elderly foot disease warning).
Promote the transformation from “selling shoes” to “foot health management” and enhance the professionalism of medical brands and user trust.
