Tekscan Analiza chodu człowieka

Tekscan Human Gait Analysis

Perform comprehensive gait analysis with Tekscan’s platform-based Strideway system or in-shoe F-Scan pressure measurement systems.

Tekscan systems provide objective, measurable data from heel strike to toe-off throughout the gait cycle. Unique insights from these systems help identify asymmetries and abnormalities that might otherwise go unnoticed.

Tekscan’s innovative gait analysis systems

Tekscan offers three unique solutions for performing meaningful gait analysis: platform-based walkways and shoe-based systems.

Strideway™ is a gait analysis system that uniquely provides spatial-temporal data from multiple sequential steps throughout the gait cycle. Strideway systems are available in multiple sensor resolutions and lengths from 1 to 5 meters to meet your needs.

F-Scan™ is our advanced in-shoe pressure measurement system that uses pressure and time data to reveal what is happening inside the shoe during gait phases.

F-Scan64™ is a wireless in-shoe system with Bluetooth™-enabled microelectronics that enables fast, natural gait analysis.

Whether you choose a walkway or in-shoe system, they provide accurate, repeatable data for a wide range of tests and observations, including:

Identifying problems in the gait cycle
Identifying and correcting pathomechanical dysfunctions
Improving athletic performance
Measuring changes after treatment
Plantar pressure profiles
Pressures and forces during gait displayed on time graphs (gait curves)
Center of force (CoF) position and trajectories during stance phases of gait
Force and pressure time integrals (impulse)
Analysis of pediatric foot and gait function

Gait rotation phases
There are three primary rotation points in gait: heel rotation, ankle rotation, and forefoot rotation.

- Tekscan’s 3-Box approach segments the foot for more detailed analysis of these three primary rotation points in gait. The gait curve shows the total vertical ground reaction force from heel strike to toe-off.
- Force-time graphs for the forefoot and heel provide specific loading patterns during heel and forefoot contact, independent of and in conjunction with the gait curve.

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