What is a plantar pressure testing system? Detailed explanation of the detection principles for stat

The plantar pressure distribution system is a device used to measure the plantar pressure distribution of the human foot under different states.

The plantar pressure distribution system is mainly composed of three parts: pressure sensor module, data acquisition and analysis system, and analysis software.

The pressure sensor module consists of thousands of high-sensitivity pressure sensors, which are embedded in the surface of the pressure plate in an array form to real-timely sense the plantar pressure distribution of human feet under different walking states.

The data acquisition system converts the original pressure signals into digital signals and transmits them to the analysis software on the computer.

The analysis software on the computer conducts graphical analysis and presents results to users in the form of measurement reports, enabling testers, rehabilitation therapists and doctors to clearly understand the foot health status and relevant measured data at a glance.

Static measurement of the plantar pressure distribution system refers to the plantar pressure distribution data of human feet when the user stands still.

Dynamic measurement of plantar pressure distribution refers to data such as human plantar pressure distribution and gait trajectory when the user is walking, running or in other motion states.

Balance measurement of the plantar pressure distribution system refers to data including human plantar pressure distribution and center-of-gravity movement trajectory under the user's static state, so as to analyze human balance ability.

Different measurement modes can be applied to different application scenarios. Certainly, some application scenarios require combined measurement of several measurement modes for complementary data analysis.

The plantar pressure distribution system can be widely applied in fields including design and production of customized insoles, design and production of orthopedic shoes, rehabilitation institutions, hospital foot departments, campus foot screening, sports science, and elderly fall prevention and intervention.