What are the measurement principles and common application scenarios of the plantar pressure test an

The 3DOE plantar pressure test analyzer mainly relies on thousands of pressure sensors built into the surface of the pressure plate. Through these arrayed pressure sensors, it real-time monitors data such as the pressure distribution of various parts of the foot when a person passes the pressure plate under static standing, walking and other conditions.

These data are converted into digital signals and visually displayed on the computer software, and the measurement data report can be directly exported.

The plantar pressure test analyzer is usually composed of a pressure plate equipped with high-density array pressure sensors, analysis software, a computer and so on. The measurement modes are mainly divided into static measurement, dynamic measurement and balance measurement.


The most common application scenarios of the 3DOE plantar pressure tester are as follows:

1. Evaluate the risk of flat feet, high arches, plantar fasciitis and diabetic foot ulcers.
2. Can be applied in gait rehabilitation training for stroke patients, cerebral palsy patients and others. Through the analysis of measurement data at different stages, it can evaluate the effect of training and treatment, and further optimize the training to achieve more ideal rehabilitation results.
3. Can be applied to improving the athletic performance of athletes. Through the measurement of each athlete during exercise, data can be used to find wrong movements and improve force exertion modes, so as to optimize athletic performance and effectively prevent potential sports injury risks.
4. Applied in the design of orthotic insoles, such as the design of flat foot orthotic insoles and high arch orthotic insoles. With foot data such as plantar pressure distribution, we can more scientifically and reasonably adjust the support and pressure dispersion of various parts of the foot, so that the insole has a functional adjustment effect, and ultimately better protect our foot health.
5. Assess the fall risk of the elderly. Through measuring balance data, the risk of falls in the elderly can be analyzed more scientifically, so as to take preventive measures and conduct intervention in advance.
6. Applied in scientific research projects in universities, research institutions and others, such as research on biomechanics, artificial intelligence, gait recognition and other related research.

In some usage scenarios, the plantar pressure test analyzer needs to be used together with a plantar 3D scanner. For example, in the design and production of orthotic insoles and customized shoes, the cooperation of the two devices is required to make functional insoles and functional shoes faster and more efficiently.