Plantar pressure distribution system: a key tool for personalized treatment and orthotic insole desi

The plantar pressure distribution system is a device that uses pressure sensor technology to monitor the pressure distribution of various areas of the sole of the foot in real time when people are standing still or walking.

The system usually provides three test modes: static test, balance test and dynamic test. The specific mode to be selected depends on the actual application needs.

For example, when designing corrective insoles, only static testing is required to meet the requirements; when evaluating the gait and fall risk of the elderly, a balance test mode is required; and in the field of sports science and injury prevention, the dynamic test mode is more applicable.

The plantar pressure distribution system has a wide range of application scenarios, mainly including:

1. Medical rehabilitation: In the foot rehabilitation department of the hospital, this system helps doctors diagnose various foot problems, such as flat feet, high arches, inversion or eversion of the foot, and allows patients to easily understand their own conditions through intuitive evaluation reports.

Based on these data, doctors can also tailor treatment plans for patients, and continuously monitor the efficacy during postoperative recovery, and continuously adjust and optimize rehabilitation strategies.

2. Correction: For some mild foot abnormalities, such as flat feet or high arches, personalized corrective insoles can be used to improve them.

With the precise data of the plantar pressure distribution system, orthopedic experts can accurately determine the required support position and strength, and make corresponding adjustments in the design of the corrective insole.

This not only helps to correct foot problems, but also can produce comfortable and functional insoles based on ergonomic principles. Experienced professionals can even use biomechanical knowledge to further improve the correction effect and wearing experience of the insole.