The plantar pressure detector can also be called the plantar pressure distribution system.
Its core principle is: a high-density pressure sensor array is placed inside the measuring plate. When the human foot touches the measuring surface, these sensor arrays will record the pressure data of different areas in real time, and display the graphical data through the software on the computer, so that users can understand their plantar pressure distribution and gait in real time and in a simple and easy-to-understand way.
Plantar pressure detectors are generally divided into static measurement, balance measurement and dynamic measurement.
The data measured by the plantar pressure distribution system can be used to measure the evaluation of foot structures such as flat feet and high arches.
It can also be used in gait analysis and gait posture research.
It can also be used in the design and production of corrective insoles.
It can also be used in hospitals to monitor rehabilitation patients and conduct regular evaluations after rehabilitation.
Different application scenarios can choose different measurement modes. For example, in the design and production of corrective insoles, static measurement is generally required, that is, standing still on the pressure plate to obtain relevant data such as plantar pressure distribution.
As for rehabilitation, it may be necessary to coordinate several modes of measurement to evaluate the effectiveness of rehabilitation from multiple dimensions.
