The plantar pressure distribution system is used in the assessment of scoliosis and pelvic tilt

Plantar Pressure Distribution System, adopting the principle of multi-point sensing, usually has the following advantages in the assessment of scoliosis and pelvic tilt:

1. Accurate sensing, high recognition degree, high-precision assessment results, with a pressure resolution of up to 1 kPa.

Based on the principle of multi-point sensing, it uses plantar pressure collection to obtain dynamic and static pressure distribution data of both feet, with detailed detection results and small deviation.

The collected pressure distribution data can be applied to the determination of scoliosis degree and the design of pelvic tilt correction plans.


2. Fast assessment speed.

Generally speaking, the assessment through the Plantar Pressure Distribution System only takes 5-30 seconds to complete the assessment and obtain complete pressure data of both feet.

In the case of traditional assessment methods, not only the data is highly subjective, but also it takes a relatively long time, ten minutes or even longer.

3. It belongs to mild contact assessment.

The Plantar Pressure Distribution System collects data through the gentle contact between both feet and the sensing panel, with a comfortable contact feeling, belonging to mild contact assessment.

This assessment method can avoid low patient cooperation caused by uncomfortable contact during the assessment, and also avoid distortion of pressure data caused by improper contact.

It is especially suitable for adolescent groups, groups with high skin sensitivity, or groups with requirements on assessment comfort.

4. Can obtain details of pressure imbalance between both feet.

Through multi-point pressure collection, it can capture imbalance details such as pressure difference between both feet and uneven pressure distribution on a single plantar, which can make the assessment results more complete and accurate.

It is especially applicable in institutions and related application scenarios that require high assessment accuracy, such as pediatrics, orthopedics, rehabilitation medicine and so on.

5. High safety, no radiation, and harmless to the human body.

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