FlexInFit™

THE EVOLUTION OF BIOMECHANICAL AND POSTURAL ANALYSIS

FlexInFit represents the evolution in the field of biomechanical and postural analysis. Each pair of insoles consists of more than four hundred pressure sensors and enables accurate analysis inside the patient’s shoe, real-time monitoring of the examination progress and data logging for up to four hours. FlexInFit is a versatile tool that simplifies the work of many professionals: from the foot specialist who wants to supplement his gait analysis system, to the physiotherapist, from the athletic trainer to the doctor interested in verifying the actual pressure points. FlexInFit is also a device used in the production of orthopaedic insoles, useful for checking orthotic insoles or for testing their effectiveness directly during the footbed testing phase.

product features

IN-SHOES

Lightweight, thin and cut-out insole to be inserted inside the shoe

WIRELESS

Wearable device, wireless, connectable via Bluetooth

SENSORIZED

There are 214 sensors on each insole to obtain precise values

FLEXINFIT ANALYSIS PARAMETERS

  • Thickness: 0,3 mm
  • Hypoallergenic polyester material
  • Flexible and cuttable
  • Cheap, single-use or re-usable
  • Available from 35 to 48 (EU)
  • Resistive sensors
  • Bluetooth wireless technology up to 100 m
  • Data storage on a microSD card
  • Rechargeable battery, up to 4 hours of autonomy
  • Each pair of insoles has more than 400 sensors
  • Measuring scale for every single sensor:0-100 N (0-1000 kPa)
  • Single sensor’s sensibility: 0.1 N (1 kPa)
  • Real-time frequency sampling from 25 to 50 Hz
  • 10 bit digital resolution
  • Integral Pressure-Time, Gait Line, Rockers, Curve
  • Pressures’ map and CoP butterfly display

aUTOMATIC REPORTS

Data acquisition and evaluation through freeStep software, with diversified and intuitive graphics for walking and running. Possibility of comparing acquisitions with footwear, with and without foot orthotic correction.

VIDEO SYNCHRONIZATION

Possibility to acquire, through the use of one or more video cameras, videos synchronized to the pressure analysis of running and walking and to perform measurements on the images.

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MULTIMEDIA

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