The application of foot 3D scanners in 3D customized corrective insoles is crucial. By accurately measuring the foot shape, scientific data support is provided for the production of personalized insoles.
Foot data collection: The scanner uses laser, structured light or optical scanning technology to capture the 3D shape of the foot, generate high-precision point cloud data, and measure key parameters such as foot length, foot width, and arch height.
Personalized corrective insole design: Based on the scanning data and combined with the biomechanical analysis of the plantar, the support area, correction angle, and cushioning design of the insole are determined to meet different needs such as flat feet, high arch feet, and inversion of the foot.
3D printing or CNC engraving insoles: The scanning data is used for 3D printing or CNC engraving machine to make insoles, ensuring that the corrective insole fully conforms to the foot shape, achieving high fit and precise support.
Medical rehabilitation and sports optimization: Corrective insoles are widely used in medical rehabilitation, sports injury prevention, and daily comfortable wear to improve gait stability, relieve foot fatigue and pain, and promote foot health.
The application of foot 3D scanners improves the accuracy and customization of corrective insoles, providing efficient and scientific solutions for foot health management.
