1. Custom Orthopedic Insole Field
By scanning to obtain accurate 3D data of the user’s foot sole, combined with foot biomechanical analysis, customized and suitable orthopedic insoles are provided for people with foot abnormalities such as flat feet and high arches.
The customized orthopedic insoles can fit the shape of the foot sole, effectively relieve walking discomfort, and assist in improving the foot stress situation.
2. Personalized Design and Production of Sports Footwear
Generally speaking, with the help of foot laser 3D scanning data, brands can design shoe shapes in a targeted manner and create personalized sports footwear that conforms to the user’s foot sole curve.
In traditional footwear production, relying only on standard sizes makes it difficult to adapt to different foot sole shapes, which is prone to problems such as foot abrasion and tightness.
3. Clinical Diagnosis and Intervention in Rehabilitation Medicine
Foot laser 3D scanners can clearly capture the morphological data and stress-related information of the patient’s feet, providing objective diagnostic basis for rehabilitation doctors, and are non-invasive auxiliary diagnostic tools.
This application method can help doctors accurately judge the condition of foot lesions, formulate more targeted rehabilitation plans, and improve the effect of intervention.
Especially for people such as those undergoing post-traumatic foot rehabilitation and diabetic foot prevention, it is an extremely important auxiliary means.
4. Monitoring of Children’s Foot Development
Through regular laser scanning, the changes in the shape of the foot sole and stress points during the growth of children can be dynamically captured, and the tendency of abnormal foot development can be found in a timely manner.
It can provide continuous development data for parents and doctors, facilitating early intervention and guidance, and helping children’s feet develop healthily.
Especially during the critical period of children’s foot development from 3 to 12 years old, it is a very practical monitoring tool.
5. Foot Adaptation in Professional Sports Field
According to the special sports needs of athletes, laser scanning can obtain the 3D data of their foot soles in motion state, and accurately match sports equipment.
It helps to improve the fit and support of sports equipment, reduce the risk of foot injuries during sports, and help athletes achieve their best performance.
Especially in sports events that require high foot stability such as track and field, basketball, and football, it is widely used.
6. Production and Manufacturing of Foot Orthoses
Based on the accurate foot sole data obtained by scanning, the automatic and personalized production of foot orthoses can be realized, and the adaptation accuracy of orthoses can be improved.
It reduces errors in the traditional manual production process, improves production efficiency, and better meets the orthopedic needs of different patients.
