Physiosensing Complete Posturography Station: Advanced force platform for balance and vestibular rehabilitation

Software balancing:

PhysioSensing balance and posturography software

The PhysioSensing balance software enables the objective assessment of postural control and balance, as well as therapeutic training through visual biofeedback. Designed for clinical use, it offers quantifiable, reproducible, and comparable results, facilitating the monitoring of patient progress throughout treatment.

The system accurately analyzes the Center of Pressure (CoP), static and dynamic stability, and body oscillation patterns, making it a key tool in vestibular and neurological rehabilitation and fall prevention.

Balance assessment protocols

The software includes standardized clinical protocols for assessing balance and postural control:

mCTSIB – Modified Clinical Balance Sensory Interaction Test

Romberg test

Body balance (posturography)

LOS – Stability Limits

Fall risk assessment

Rhythmic displacement of weight

Unilateral stance

Balance Error Scoring System (BESS)

All protocols generate graphical reports and objective results to support diagnosis and clinical follow-up.

Therapeutic balance exercises and games

In addition to the assessment, the software incorporates interactive exercises and therapeutic games based on visual biofeedback, which improve patient adherence and optimize treatment results:

Balance games

Pong & Ball Balance

BART

2D Game

Slime Pong & Slime Run

Space Sway

It breaks the balance

Exercise categories

Balance and stability

Figures and trajectories

Random points

Visual stimulus

Training protocols

Load graphs

Benefits of the software for the clinic

Objective and standardized evaluation of balance

Accurate analysis of the Center of Pressure (CoP)

Comparative monitoring of patient evolution

Real-time visual biofeedback

Improved therapeutic adherence

Ideal for physiotherapy, vestibular rehabilitation and neurorehabilitation

The software doesn't just assess balance; it also proposes a series of exercises to improve body balance through training. These are as follows:

- In sagittal and anteroposterior exercises , the patient must achieve the equilibrium position in the sagittal plane or in the anteroposterior plane.

- In the spider web, tunnel, dot pattern, and bar pattern exercises , the goal is to maintain a balanced position despite the visual stimulus.

- In the Route Bars, Route Spiral, Route Square and Route Maze exercises, the objective is to travel the routes within their limits with the center of pressure, following the red dots.

- In the Square, Circle, Eight and Spiral exercises , the patient must reach all the points arranged in the manner indicated in the name.

- In the Follow the Dot and Moving Route exercises , the objective is to reach the moving red dot and follow it within your tolerance range.

Virtual Reality (VR) software for vestibular rehabilitation

The PhysioSensing Virtual Reality (VR) software is specially designed for the rehabilitation of vestibular, balance and oculomotor disorders, providing an immersive, controlled and clinically oriented environment.

The system allows for personalized therapies, the creation of custom protocols, and objective monitoring of patient progress through tests and Virtual Reality exercises specifically developed for vestibular rehabilitation.

Strengths of the Virtual Reality system

Immersive stimulation : Virtual environments that train sensory adaptation and postural control.

Digital technology-based therapy : Integration of VR to optimize rehabilitation processes.

Supervised monitoring : Allows for the evaluation of results and the progressive adjustment of exercises.

Based on clinical evidence : Designed to meet the needs of physiotherapists and vestibular therapists.

Objectifiable and reproducible : Possibility of creating customized protocols and comparing results between sessions.

Rehabilitation exercises in Virtual Reality

PhysioSensing allows for software customization and the generation of automatic clinical reports, incorporating a wide variety of visual, vestibular, and oculomotor stimulation exercises, including:

Soft pursuit

Saccadic movements

Optokinetic stimulation

Nystagmus

Vestibulo-ocular reflex (VOR)

VOR Removal

Supermarket effect and visual parallax

Verages

Fixation exercises

Visual search and location games

These exercises allow work on sensory integration, visual stability and oculomotor control, which are fundamental in vestibular rehabilitation.