The plantar three-dimensional scanner uses the principle of laser scanning to detect and measure the foot arch, and mainly has the following purposes and values:
- Conduct accurate evaluation of foot arch types
Using laser scanning, three-dimensional morphology data of the sole can be obtained, allowing the determination of foot arch types, as follows:
Normal foot arch
Flatfoot (low arch)
High-arched foot, etc.
The trend of inversion or eversion
Compared with visual observation or traditional impression methods, the results of this quantified data are more accurate and the measurement time is reduced.
- Custom orthotic insoles or shoes
Based on the scanning data, custom foot arch orthotic insoles can be produced.
This can improve discomfort or pain caused by gait issues.
It can also be used to prevent and treat plantar fasciitis or heel pain.
- Assist in gait and biomechanical analysis
Combined with plantar pressure and posture data, evaluations can be performed, including:
Whether the load on the sole is balanced
Whether the foot arch support is normal during walking or standing
Risk points for sports injuries can also be detected, as well as the development of children’s foot arches (such as X-shaped legs, O-shaped legs, or flatfoot).
- Application in sports training and physical fitness assessment
Common uses include:
Evaluation of runners’ performance and injury risk
Foot type detection and assessment for soccer, basketball, and other athletes
Improving sports performance and body stability
Developing personalized sports support programs
- Uses in the footwear and foot health industry
Laser scanning data can be applied to:
Design of insoles or shoe lasts
Mass analysis of user foot shapes
Improving shoe comfort and fit
Development of intelligent foot health products, etc.
- High efficiency, safety, and hygiene
Scanning requires very little time, usually completed in a few seconds, achieving high work efficiency.
No skin contact is required, suitable for all populations.
Data can be stored for long-term comparison and tracking.
