Flat foot detection instrument: 3D foot scanner accurately measures flat feet and high arches

The plantar 3D scanner is a foot detection device that scans and measures the sole of the foot through optical principles such as laser scanning.

This device can accurately detect abnormalities of the foot such as flat feet and high arches.

In addition, it can also measure more than 20 sets of foot data, such as: foot length, arch length, length of the outer convex point of the big toe, length of the heel center, length of the toe width, length of the waist circumference, foot width (basic width), oblique width, total width of the heel, back circumference width, waist circumference width, distance between the axis and the heel line, arch height, thumb height, footprint coefficient and other parameters.

It can also evaluate the foot type to see whether it is an Egyptian foot, a Roman foot or a Greek foot.

Through the analysis of the footprint coefficient, it can be judged whether it is flat feet or high arches, whether it is mild, moderate or severe.

Through the analysis of heel data, it can be seen whether there is heel valgus and arch inversion.

After the measurement is completed, personalized suggestions will be provided to users in the measurement report.

The measured data can be generated into a Word report or PDF report. The generated data can also be directly imported into a 3D printer for insole production.

You can also import the generated three-dimensional files such as stl into the insole design software for personalized and corrective insole design.

The traditional method of evaluating flat feet and high arches relies on visual inspection or relatively simple testing, which is not very accurate and easy to cause misjudgment. In addition, there is no intuitive data and it is time-consuming.

Using a three-dimensional foot scanner, it only takes tens of seconds to measure all the data and display it in the form of a chart. Both customers and rehabilitation therapists can see the results at a glance.

Especially for the design of corrective insoles, it greatly improves efficiency and greatly improves the user experience.