today’s context, the health of the foot has become an important part of school health management.
Teenagers are at a critical stage in their physical development. Abnormal foot structures, such as flat feet, high arches and valgus foot, if not detected in time, can lead to abnormal walking posture, limited mobility and even chain injuries to the knee, hip and spine.
Therefore, it is of great significance to carry out scientific and systematic school foot screening to safeguard the healthy development of adolescents.
The plantar 3D laser scanner is a new technique for foot detection. It can quickly obtain multi-dimensional data such as arch height, foot length and foot width through contactless 3D imaging to provide accurate basis for foot health assessment.
Compared with traditional manual measurement or 2D imaging, 3D laser scanning has the advantages of high precision, wide coverage and objective quantification, and can detect minor structural abnormalities in the foot early.
At the same time, the technology is simple to operate and quick to scan, making it ideal for mass screening in campus environments, providing a viable solution for regular health monitoring in schools.
In terms application significance, first of all, plantar three-dimensional laser scanning of the foot can be used for early diagnosis of foot dysplasia in order to intervene in time.
Through the establishment of student foot data files, health and physical education teachers can formulate personalized correction plans or exercise guidance based on objective data, thus reducing the risk of sports injuries due to foot problems.
Secondly, the technology is conducive to scientific evaluation of school footwear suitability.
Through the analysis of the foot parameters of students of different age stages, it can provide reference for the design of sneakers and sneakers, and effectively combine foot health with daily life.
In addition, long-term data accumulation can provide important scientific evidence for child and adolescent foot development patterns, foot foot diseases prevalence trends, and related health policies.
In the future, with the decrease of technology cost and the enhancement of data analysis capabilities, 3D laser scanning of the foot will have a broad prospect in campus application.
On one hand, combining it with artificial intelligence (AI) will enable automatic identification and health assessment of abnormalities, further improving the efficiency and accuracy of screening.
On the other hand, in conjunction with long-term health data, regional and even national adolescent foot health databases could be established to provide data support for public health management, sports rehabilitation and education policy formulation.
In addition, the popularization and application of this technology can drive the development of related industries such as foot health education and smart footwear development, thus supporting adolescent health protection from multiple dimensions.
