PhysioSensing Vestibular: Vertigo V force platform and balance software for vestibular re-education
Available options
- Pack:
- Vestibular unit: Platform + software + PC + cart
- Reference: V VERTIGO
- Pack:
- Virtual Reality Libra VR Clinic + Pico Neo 3 Pro VR Glasses
- Reference: VII VERTIGO
Description
PhysioSensing is part of a new generation of products for physical rehabilitation, balance improvement, and postural health, based on cutting-edge technology. The Physiosensing Vestibular version is specifically designed to assess, analyze, treat, and improve vestibular, balance, and oculomotor disorders.
The platform becomes the ideal solution for both patients and healthcare professionals, as it achieves immediate and lasting results and can be adapted to meet individual needs.
Thus, the Physiosensing Vestibular version is composed of the combination of Stabilometric Platform + Balance Software and would give us the option of acquiring the VII vertigo package, which includes Virtual Reality Libra VR Clinic + Pico Neo 3 Pro VR Glasses
When the platform includes virtual reality software, VR headsets are included . A two-hour Zoom training session is included with the purchase of the platform and a carrying bag (the latter for all platforms except VII VERTIGO).
Treatment areas:
Balance: A platform that displays the center of body weight on a screen. Clinical balance assessment helps prevent fall risks and determine the underlying causes of balance disorders. The benefits of using force plates for balance assessment come from their ability to measure the Center of Pressure (CoP).
Posturography: Computerized posturography systems use force platforms to measure a patient's sway by determining the instantaneous center of pressure (CoP) movements. The collected CoP data can be visualized through a statokinesiogram and a stabilogram.
Virtual Reality: In the last decade, Virtual Reality (VR) has emerged as a therapeutic tool for the rehabilitation of neurological patients. Virtual reality involves simulation and real-time interactions between sensory, motor, and cognitive channels. Virtual reality can be configured to be highly immersive, as the environment appears real and three-dimensional. Virtual reality provides an ideal environment for studying balance control optimization strategies.
Visual biofeedback: Visual biofeedback (VB) is a rehabilitation method used during static balance training. It provides the patient with visual feedback about the position of their center of gravity when standing on a platform. VB stimulates motivation, provides proprioceptive information, simulates body movements, and provides valuable information to the healthcare professional.
Force plate:
Technical characteristics:
- CE Class I medical device according to directive 93/42/EEC
- Size: (Length x Width x Height) 53 x 46 x 3.5 cm
- Weight 7.8 kg
- Material
- Aluminum AU4G
- Maximum load 128 kg
- Non-linearity < 0.2%
- Resolution 900 points/kg
- Hysteresis < 0.2%
- Sampling frequency Adjustable from 5 Hz to 40 Hz
- Analog/digital conversion 16 bits
- Platform computer interface USB
- Power supply USB cable
PC Requirements
- CPU Processor i3 with 2GHz
- RAM 2 GB
- USB Ports 2.0 or 3.0
- Operating System Windows 7, 8, 10 (32 or 64-bit)
Software balance:
Balance software is a powerful balance assessment and training tool. Within the analysis area, the software is capable of assessing:
mCTSIB – Modified Clinical Test of Sensory Integration and Balance and Romberg test
This protocol allows measurement of static balance under four sensory conditions: stable surface and eyes open; stable surface and eyes closed; unstable surface and eyes open; and unstable surface and eyes closed.
Body swing
You can create a customized posturography. Define the initial conditions and obtain the variation in CoP, ML, and AP over time. It also includes more than 30 parameters derived from a posturographic examination, including Fourier analysis.
Limits of stability (LOS)
Perhaps the most widely used protocol for balance assessment, this protocol quantifies directional control and the maximum distance the patient can reach with their center of pressure in eight different directions.
Risk of falling
To measure static balance under four conditions: comfortable posture with eyes open and eyes closed, and narrow posture with eyes open and closed. After the performance, the swing velocity index value is displayed and provides a prediction of fall risk.
Rhythmic weight shifting
Use the (Rhythmic Weight Shift) protocol to assess the ability to transfer the center of pressure rhythmically in the sagittal and anteroposterior planes, at three different speeds.
Unilateral posture
To measure balance under four conditions: left foot raised with eyes open, left foot raised with eyes closed, right foot raised with eyes open, and right foot raised with eyes closed.
Balance Error Scoring System
The BESS protocol allows postural stability to be measured with eyes closed in three different positions on two types of surfaces (firm and unstable): two feet together, unipodal position, and tandem.
The software doesn't just assess balance; it proposes a series of exercises to improve body balance through training. These include:
- In the sagittal and anteroposterior exercises , the patient must reach 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, Figure Eight and Spiral exercises , the patient must reach all the points arranged in the manner indicated by the name.
- In the Follow the Dot and Moving Route exercises , the objective is to reach the moving red dot and follow it within its tolerance range.
Virtual Reality (VR) Software:
The virtual reality system is specifically designed to treat vestibular, balance, and oculomotor disorders. The system is ideal for controlling, customizing, creating, and monitoring various rehabilitation therapies through virtual reality tests and games specifically designed for patients with vestibular disorders.
Strengths:
Strengths:
- Immersive stimuli: Exciting and engaging virtual worlds train the patient's brain.
- Enhanced therapy: Through digital technology.
- Supervised monitoring: Allows you to evaluate and adjust exercises.
- Evidence-based and approved: Scientifically backed to meet the needs of therapists.
- Objective and reproducible: Allows you to create your own protocols and compare results.
Exercises:
PhysioSensing allows for software customization and instant, comprehensive reporting . It also features a range of exercises and immersive virtual reality stimulation , including:
- Soft chase
- Saccadic
- Optokinetic
- Nystagmus
- VOR
- VOR suppression
- Supermarket effect and visual parallax
- Vergence
- Fixation
- Search and find games
Warranty:
- The device has a 2-year warranty.
Attached files
Spare parts and accessories for this product
-
- Pico Neo 3 Virtual Reality glasses compatible with the Physiosensing platform (includes connection cable)
- 1500,00 €
- Add to Basket
- Shipping in 3-5 days approx.
Reviews
4,8
5 reviews
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Melanie P.
Spain
22/05/2024
David G.
Spain
20/05/2024
Muy bien adaptado.
Pablo F.
Spain
16/05/2024
Muy interesante.
Melanie M.
Spain
22/09/2022
Muy bien, recomendable
Rocío S.
Spain
15/06/2022
Calidad-Precio inmejorables
Llevo casi un año con ella y le he sacado mucha utilidad.