L’The evolution of technology in the medical and rehabilitation field for a truly innovative biomechanical analysis of the patient through the latest-generation "smart" systems (IOT).
Through new pressure systems (Baropodometric platforms and sensorized “on fabric” insoles) which can be connected to a Tablet via simple apps, it is possible to perform functional assessments of the plantar support and patient posture.
The technology for everyone
Flexible insoles with "on fabric" resistive sensors.
Composed of 68 sensors for each sensorized slab, the FPS W-Insole Science system allows you to accurately detect the pressures exerted by the foot inside the shoe. Each pair of insoles can be used for 3 sizes:
Available sizes
- 36/38
- 39/41
-42/44
- 45/47
Other sizes on request. The W-INS control unit is connected to the magnetic contacts of the slab. The connection between W-INS and a smartphone or tablet is wireless. Useful for in-depth assessment of gait analysis (step steps, integral time pressure,% loads, CADENZA, STEP TIME -STRID TIME, STANCE - CONTACT - SUPPORT PHASE TIME, IMPACT STRENGTH AND PROPULSION FOOT AREAS)
Available sizes
- 36/38
- 39/41
-42/44
- 45/47
Other sizes on request. The W-INS control unit is connected to the magnetic contacts of the slab. The connection between W-INS and a smartphone or tablet is wireless. Useful for in-depth assessment of gait analysis (step steps, integral time pressure,% loads, CADENZA, STEP TIME -STRID TIME, STANCE - CONTACT - SUPPORT PHASE TIME, IMPACT STRENGTH AND PROPULSION FOOT AREAS)
The W-INS unit is equipped with an inertial unit, a memory card and has an operating autonomy of over 8 hours of continuous operation.
App available for IOS and Android. The data can then be displayed on the WEB LAB CLOUD (www.biomech.letsense) to obtain reports, prints and comparisons between patients / analyzes
Brand new EPSR2 smart resistive baropodometric platform, with WIFI connection and BATTERY power supply.
The new SMART electronics also allows a frequency rate of 200 to 400 HTZ!
It interfaces easily through the new BIOMECH App (available for IOS & Andorid tablets) and allows rapid test execution both in STATIC and DYNAMIC.
Once the evaluation is completed, it is possible to have a quick summary of the main data directly on the tablet, while for a more detailed evaluation it is possible to access the protected area of the Biomech WEB LAB CLOUD to compare graphs, analyzes and print the relative reports for patients .
Main parameters in Statics:
PRESSURES, DISTRIBUTION OF ANTERIOR-SIDE AND LATERAL LOADS, MAXIMUM AND AVERAGE PRESSURE, SUPPORT SURFACE, TYPE OF SUPPORT, FEET POSITION, 3D Main
Parameters in Dynamics:
CONTACT TIMES, INTEGRAL PRESSURE- TIME, MEDIUM AND CHARACTERISTIC STEP, TYPE OF SUPPORT, COP CURVE, MAX CURVE, 3D
Main parameters in Statics:
PRESSURES, DISTRIBUTION OF ANTERIOR-SIDE AND LATERAL LOADS, MAXIMUM AND AVERAGE PRESSURE, SUPPORT SURFACE, TYPE OF SUPPORT, FEET POSITION, 3D Main
Parameters in Dynamics:
CONTACT TIMES, INTEGRAL PRESSURE- TIME, MEDIUM AND CHARACTERISTIC STEP, TYPE OF SUPPORT, COP CURVE, MAX CURVE, 3D
Even more INNOVATIVE, UNIQUE, THIN and extremely FLEXIBLE version of the new SMART EPSR2 resistive baropodometric platform, with WIFI connection and BATTERY power supply.
The FLEX version of the EPSR2 allows easy transport being completely rolled up and weighing less than kg!
It interfaces easily through the new BIOMECH App (available for IOS & Andorid tablets) and allows rapid test execution both in STATIC and DYNAMIC.
Once the evaluation is completed, it is possible to have a quick summary of the main data directly on the tablet, while for a more detailed evaluation it is possible to access the protected area of the Biomech WEB LAB CLOUD to compare graphs, analyzes and print the relative reports for patients .
Static and dynamic parameters identical to those of EPSR2.
Weight less than 1 kg and dimensions similar to EPSR2 but with a thickness of 1 MILLIMETER!
Rigid modular base on which to place the EPSR2 FLEX available on request.
Inertial 9-axis sensor applicable in various body segments for functional movement assessment. . WIVA Sensor is controlled by the
Biomech App or the BIOMECH 2018
software for windows
The following protocols are available
- WALK
- JOINT MOBILITY
- JUMP
- POWER
- TUG
- WALK
- JOINT MOBILITY
- JUMP
- POWER
- TUG
Network of 9-axis inertial sensors applicable in different body segments for functional movement assessment. Modular system with 1, 3 or 5 sensors. The sensor network is controlled by the Biomech App.
Depending on the number of sensors used and the positions, different parameters related to the movement are obtained
- articular ROMs
- movement speed
- evaluation of symmetries
- trend of the movement
- temporal parameters of the movement
- articular ROMs
- movement speed
- evaluation of symmetries
- trend of the movement
- temporal parameters of the movement
The Letsense product range is completed with two historical baroPodometric platforms, the EPS / R1 and the modular MPS platform.
These two products connect directly to the Persona Computer via a USB cable. The Biomech 2018 management program is the version for personal computer with S.O. Windows 7/8/10.
Platform for baropodometric and postural, orthostatic and dynamic analysis of the single foot. It can also be used for postural analysis; it is easy to carry thanks to the bag supplied and hardly influenced by environmental factors. The results of the analysis can be viewed in BIOMECH®, the professional software that combines products designed, developed and built by Letsense.
Information from static analysis:
You can compare several analysis of the same patient among different patients. • Load distribution (2D and 3D) • Maximum and average pressures • COP position • COP position of the single foot • Static angles and foot position • Type of support
Information from static analysis:
You can compare several analysis of the same patient among different patients. • Load distribution (2D and 3D) • Maximum and average pressures • COP position • COP position of the single foot • Static angles and foot position • Type of support
Information from dynamic analysis:
• Load distribution (2D and 3D)
• Maximum and average pressures
• Contact times • Integral Pressure / time
• Max pressure point movement
• Type of support
• Load the distribution into individual areas
• Load development in different areas
• Film and detection of the cycle phase of deambulation
• Acquisition synchronized with webcam movies
• Statistics
• 3D visualization
• Load distribution (2D and 3D)
• Maximum and average pressures
• Contact times • Integral Pressure / time
• Max pressure point movement
• Type of support
• Load the distribution into individual areas
• Load development in different areas
• Film and detection of the cycle phase of deambulation
• Acquisition synchronized with webcam movies
• Statistics
• 3D visualization
MPS + is the pressure assessment solution designed for gait analysis (Gait analysis).
The first module can also be used individually for postural analysis and has all the features of the EPSR1 model (STATIC ANALYSIS AND DYNAMIC ANALYSIS)
MPS + can be used in the configuration from 1 to 16m in length. EPSR1.
The results of the analysis can be viewed through the BIOMECH® STUDIO software.
There is the possibility to see the video of the walk and to compare the relative space-time parameters.
You can also compare multiple walks performed on the MPS to obtain statistical and comparative reports on the tests performed.
Information from the analysis of the Pass (min.2 modules)
• DURATION OF THE STEP;
• DURATION OF THE SINGLE SUPPORT;
• DURATION OF THE DOUBLE SUPPORT;
• STEP CYCLE;
• MEDIA PRESSURE;
• MAX PRESSURE;
• SURFACE OF THE FOOT;
• WAY SPEED FOR EVERY ONE ACQUISITION
• CURVE OF FORCE AND TIMES
• CURVE (GLOBAL BARICENTRO AND C.O.P) AND FOOT CORNER
• DURATION OF THE STEP;
• DURATION OF THE SINGLE SUPPORT;
• DURATION OF THE DOUBLE SUPPORT;
• STEP CYCLE;
• MEDIA PRESSURE;
• MAX PRESSURE;
• SURFACE OF THE FOOT;
• WAY SPEED FOR EVERY ONE ACQUISITION
• CURVE OF FORCE AND TIMES
• CURVE (GLOBAL BARICENTRO AND C.O.P) AND FOOT CORNER