The benefits of regularly detecting children's plantar pressure distribution with a gait analyzer

Gait analyzers, which adopt the principle of pressure sensing, are applied in children's plantar pressure distribution detection and developmental abnormality intervention, and usually have the following benefits:

1. High detection accuracy and more precise pressure assessment.

Based on the principle of pressure sensing, multi-point pressure collection is used to obtain detailed data and information on children's plantar pressure distribution, resulting in accurate detection results with small deviations.

The measured pressure data can be applied to the precise assessment of developmental problems related to plantar pressure in children, such as flat feet, high arches, and gait abnormalities.

2. High detection efficiency and more convenient developmental monitoring.

Generally speaking, through gait analyzer detection, plantar pressure scanning can be completed in only 10 to 3 seconds, and complete monitoring data on children's plantar pressure distribution can be obtained.

In the case of traditional manual pressure measurement methods, not only is the data error large, but it also takes a relatively long time, up to five or six minutes or even longer.

3. Lightweight detection, suitable for the characteristics of the child group.

Gait analyzers collect data on children's plantar pressure during walking through pressure sensing mats, without the need for rigid fixation or invasive operations, belonging to lightweight detection.

This detection method can avoid children's resistance caused by rigid constraints during the detection process, and also avoid foot discomfort caused by improper operation.

It is particularly applicable to young children, active children, or children who resist complex detection processes.

4. Capable of obtaining dynamic pressure change data.

Through regular detection, subtle changes in data on children's plantar pressure distribution during growth can be captured, making the monitored developmental status more complete and accurate.

It is particularly applicable in institutions and related application scenarios that require high precision of children's developmental monitoring data, such as children's health care departments, pediatric rehabilitation centers, and children's foot correction institutions.

5. High safety, no adverse effects, suitable for long-term developmental tracking.

The equipment adopts passive pressure sensing technology, which is radiation-free and chemical-stimulation-free, harmless to children's bodies, and can meet the needs of multiple plantar pressure distribution tracking detections during the entire growth cycle of children.