Balance Software Powerful Balanceassessement & training tool mCTSIB- Modified Clinical Test of Sensory Interection on Balance & Romberg Test This protocol allows the static balance measurement in four sensorial conditions: stable surface and open eyes; stable surface and closed eyes; surface instable and eyes open and surface instable and eyes closed. In the Spiderweb, Tunnel, Dots pattern and Bars pattern exercises the goal is to keep a balance position despite the visual stimulus. Body Sway Use Body Sway to create a personalized posturography. Define initial conditions and obtain CoP variation, ML and AP variables over time. It also includes more than 30 parameters derived from a posturographic examination including Fourier analyzes. Limits of Stability LOS Perhaps the most used protocol for balance assessement. This protocol quantifies

Podo Software Static and dynamic baropodometric analysis Analyze your plantar pressure map distribution in asingle (static) image or during a defined  time. •Static mapping with center of pressure • Max, Average pressure calculations • Weight distribution • Measuring possibilities (length, angle, pressure, area) • Exam comparasion • Statokinesigram and Stabilogram • Frame view • CPEI • CoP line • Force, Area, Pressure, velocity Graphs • PEAK risk • Gait Cycle Phases

Force Plate Normalized stabilometric platform for postural rehabilitation. Fundamental technology to clinical practice of balance disorders. Extreme precision of the CoP and high sensitivity level Technical Specifications CE Medical Device Class I according to directive 93/42/EEC Size (Length x Width x Height) - 53 x 46 x 3,5 cm Thickness - 1,2 cm Weight - 7,8 kg Material - Aluminium AU4G Maximal load - 128 kg Non linearity  - Resolution - 900 points/Kg Hysteresis - Sampling rate - Adjustable from 5 Hz to 40 Hz Analogic / Digital conversion - 16 bits Platform computer interface - USB Power supply - USB cable

Pressure Plate Light and portable device. The most accurate and cost effective way for balance&pressure assessment and training. PhysioSensing allows you to evaluate your clinical practice and make it objective and quantified in a clinical report.  CE Medical Device Class I according to directive 93/42/EEC Type - Portable Size - 61 x 58 cm Thickness - 1 cm Weight - 4 kg Active Surface - 40 x 40 cm Sensors number - 1600 Sensor size - 1 x 1 cm Sensor type - Resistive Sensor life time  - more than 1 000 000 actuations Maximum pressure (each sensor)  - 100 N/cm2 Temperature range - from 0ºC to 60ºC Connection/power - USB Frequency - 100 Hz ~100 acquisitions/seconds

XSENSOR Walkway and Stance pads enable clinicians and human performance professionals to analyze plantar pressure and gait. Many walkway and stance pad systems lack the sensor resolution and sampling frequency to adequately capture standing and walking plantar pressure data. If your data is incomplete or inaccurate, your assessment strategy may not be the right fit for your patient. 1. Accurately analyze walking or striding plantar pressure data. Capture plantar pressure distribution data for several gait cycles to assess baseline, rehab progress and interventions. With an ultra-low profile and portable design, biomechanics professionals, clinicians, and researchers can assess gait in the clinic, lab, office, or anywhere with a flat surface.   Get quality data with high resolution repeatable measurements. 2. Capture high quality balance,

The X4 Intelligent Insole is a plantar pressure and gait measurement system for athletic coaches and clinicians to capture lab-quality data in the field. It can be challenging to measure plantar pressure and analyze gait accurately, consistently, and in the environments where activity normally takes place: outside of the lab. In the past, capturing natural gait has been limited because current products are not suited for real-world testing. 1. X4 Intelligent Insole System Evaluate gait, plantar pressure, and foot function with insole sensors that are reliable and durable enough to accurately capture data wherever activity takes place — and without compromising natural motion. Avoid set-up and recalibration issues that can be costly and impact the accuracy of your data. 2. Get out of the lab. Optimize athletic performance. Gain precise ins