The plantar pressure distribution system can be used to test the plantar pressure distribution data and gait data.
These data can identify abnormal pressure areas on the plantar, such as stress concentration points of high arches and flat feet.
With these data, scientific data support can be provided for the design and production of flat foot correction insoles and high arch correction insoles.
1. When making insoles, appropriate materials can be selected according to the plantar pressure distribution.
For example, according to the pressure map, cushioning materials such as silicone can be used in high stress areas, and high-density materials such as EVA can be used in areas with insufficient support. Insoles made in this way have a corrective effect, such as correcting flat feet, high arches, and foot inversion and pronation.
By changing the transfer of plantar pressure distribution, the gait can be changed. Insoles designed in this way can be used to correct foot problems such as the figure eight gait.
2. With detailed plantar pressure distribution data, we can also better identify the risk of diabetic foot ulcers and take timely prevention measures.
If the risk of diabetic foot is found, the pressure can be dispersed by designing and making insoles to reduce the probability of local tissue damage.
3. It can also assist in discovering caring problems such as long and short legs and scoliosis based on the center of gravity offset data.
Professional rehabilitation therapists can also adjust the biomechanical balance and correct posture problems by making corresponding insoles.
In addition to the above applications, there are various other wide application scenarios. Through the plantar pressure distribution system data, our foot problems can be identified from multiple dimensions, and our foot health can be better maintained based on these data.