How long does it take to perform a single measurement with the Plantar Pressure Analyzer?

The Plantar Pressure Analyzer is a device that utilizes a high-density pressure sensor array to capture precise standing and dynamic gait in real-time, obtaining plantar pressure distribution cloud maps and peak pressure data, and generating corresponding biomechanical analysis reports.

Through the Plantar Pressure Analyzer for measurement, the time required is extremely short; generally, it only takes about 2-3 rounds of normal walking back and forth, and data collection can be completed in about 5-10 seconds.

If traditional static molds or carbon paper measurements are used, the dynamic walking pressure changes cannot be obtained, and errors caused by friction are prone to occur, and data distortion caused by the subject's unnatural gait is also likely to happen, and the measurement time is also relatively long, requiring repeated adjustments, taking as long as several minutes or even longer to complete the measurement, and the dynamic pressure change curve cannot be generated immediately.

The Plantar Pressure Analyzer belongs to dynamic functional measurement; during the measurement process, there is no need to apply any medium to the soles of the feet, which will not cause problems such as constrained walking posture and psychological tension leading to inaccurate gait data, and it is more efficient and objective, especially for people with gait abnormalities, this dynamic measurement is more suitable.

Through the Plantar Pressure Analyzer for measurement, there are also the following advantages:

1. The pressure data is more accurate.

Only one measurement is needed to obtain the peak pressure and impulse of each plantar zone, which can be quantified by zone, and the data is more accurate, enabling us to understand our foot loading characteristics more scientifically and objectively.

These data can provide precise and reliable data support for our gait abnormality analysis and orthotic solution formulation.

2. The measured data can generate dynamic cloud maps.

The measured data can be converted into dynamic pressure heat maps on computer software, and analysis data in formats such as center of pressure trajectories can be directly exported.

These measurement data can be directly imported into orthotic design software for assisted design, carrying out targeted and functional intervention.

3. Automatically generate visual analysis reports.

The generated analysis reports are rich in charts; besides the plantar pressure percentage of each zone, they can also evaluate left-right foot force balance, gait cycle abnormalities, arch collapse risk, diabetic foot ulcer risk, etc., and provide constructive rehabilitation training suggestions.

They also help us recommend suitable shoe support types and orthotic insoles.

4. Simple measurement, intelligent operation.

During the measurement process, the operation is simple, with a procedural operation; you only need to walk a few steps according to the instructions.

Whether it is the elderly, children, or adults, basically all can cooperate to complete it, and the analysis report is also easy to understand; even without professional interpretation, one can see their foot loading situation at a glance.

5. Wide range of application scenarios.

It can be applied in fields such as custom orthotic insoles, gait analysis, sports shoe research and development, hospital orthopedic rehabilitation evaluation, elderly care institutions, school scoliosis screening, athlete selection, and professional running shoe stores.