The most common application scenarios of plantar pressure distribution system

The plantar pressure distribution system mainly uses pressure sensors to detect the pressure distribution of various parts of the sole of the foot in real time when a person stands still or walks on the pressure plate.

The plantar pressure distribution system generally has three measurement modes, which are: static test, balance test and dynamic test.

The choice of measurement mode depends on the specific application scenario. For example, when it is applied to the design of corrective insoles, only static testing is required. If it is applied to evaluate the gait of the elderly and anti-fall evaluation, the balance mode is required. If it is applied in sports science and injury prevention, the dynamic measurement mode is generally used.

The plantar pressure distribution system has the following application scenarios:

1. It is used in the foot rehabilitation department of the hospital to help doctors diagnose the health of the feet, such as whether there is flat feet, high arches, inversion of the foot, eversion of the foot, etc. The evaluation report can also make users clear at a glance. With just a simple introduction by the doctor, they can clearly understand their foot conditions.

In addition, doctors can formulate personalized treatment plans for patients based on the measured data.

The measurement of plantar pressure distribution can also be used for postoperative follow-up to evaluate the effect, and then the rehabilitation plan can be continuously optimized based on the test results.

2. Application in the field of correction.

For mild flat feet, high arches and other foot abnormalities, they can generally be corrected through personalized corrective insoles.

The data tested by the plantar pressure distribution device can provide sufficient data reference for rehabilitation therapists to know where to add or reduce support. According to these measured data, the insole design scheme can be optimized in the corrective insole design software, so that the insole produced has a corrective effect.

If an experienced insole rehabilitation therapist can also produce ergonomic functional insoles based on biomechanical principles, it not only has a corrective effect, but also makes people comfortable to wear.