EPS/R2 FLEX baropodometric

EPS/R2 FLEX

Baropodometric Flexible Platform System

Innovative, unique, thin.

This is the new flexible version of the EPSR2 baropodometric platform range, with USB/WI-FI connection and battery power. Via USB connection can be used with the classic software BIOMECH STUDIO PC.

Technical specifications

Weight 1kg
N° of Sensors 2304 (48x48)
Power Supply 3.7 V battery rechargeable
Technology Resistive active tissue
Max. Scan Speed 10-300 Hz
Connection USB/WIFI
Pressure Range 10-500 kpa
Min. sensor size 10x10mm
Minimum Thickness 1mm
Substrate Fabric
Flexible Baropodometric Platform
Software Output
Platform folded
Platform box
 4

Features and functionality

Using the app BIOMECH and WI-FI communication, once the evaluation is finished, you can have a quick summary of the main datas directly on the tablet. For a deeper analysis, you can access the protected area of the Biomech WEB LAB CLOUD to compare graphs, analysis and print the related reports for patients.

Sensors are made using the most innovative technology of materials “on fabric” fully rollable and weighing approximately 1kg total, the flex epsr2 will allow you an easy transport and rapid testing, both in static and in dynamics.

Information related to STATIC analysis:

  • Load distribution (2D and 3D), anteroposterior and mediolateral;
  • Maximum and average pressures;
  • Center of Pressure (COP) position of each foot;
  • Static angles and foot positioning;
  • Foot support type;
  • Determination of foot areas (surface / force / pressure);
  • Stabilometric assessment (analysis of right/left/central barycenters, COP velocity and distance, barycenter ellipse oscillations).

Information from DYNAMIC analysis:

  • Load distribution (2D and 3D);
  • Maximum and average pressures;
  • Contact time graph;
  • Pressure–time integral;
  • Peak pressure point curve;
  • Gait phases;
  • Load distribution between forefoot / midfoot / rearfoot;
  • Load distribution of individual foot areas;
  • Podalic helix analysis;
  • Barycenter curve and sequence;
  • Step video recording and definition of the characteristic average step;
  • FOOT BALANCE analysis;
  • Statistics and 3D visualization.

Software