StaticVR, Static Force Plates for Assessments & Rehabilitation
StaticVR is a simple & efficient solution for an efficient management of your patients.
- Fast & reproducible results
- Objectivate the patient's postural deviations (COP oscillations) in Optokinetics and Optical Flow
- Progressive, adapted and playful rehabilitation thanks to virtual reality
The +: agility
Mobile use (home, EPHAD...) on a tablet or smartphone (Android, iOS) thanks to Bluetooth® compatibility with the Kforce by Kinvent® software suite.
Compatible with all types of screens: video projector, TV ...
FAST & REPRODUCIBLE ASSESSMENTS :
- Analysis & quantification of Balance and Posture (Balance Disorders, Neurological, Postural - Sports, etc...)
- Various assessments: Sensory organisation test (CTSIB VR), Wavelet analysis, polar representation of movement, distribution of support. Limits of Stability (amplitude, precision, reaction time). Weight Bearing Squat, Rhythmic Weight Shift, Unilateral Stance, Sit To Stand, Balance Error Scoring System (Instrumented BESS).
- Accurate monitoring of patient progress
- Quick & easy printing of the balance reports for the referral
- NEW! If you are equipped with one of our PhysioVR or VertigoVR Software Packs, you benefit from a unique functionality for Optokinetic and Optical Flow sessions. Indeed, in order to measure and quantify the patient's progress, Virtualis has developed a unique tool to objectify postural deviations during Optical Flow and Optokinetic sessions
MOTIVATING, VARIED & PLAYFUL REHABILITATION WITH VIRTUAL REALITY :
- Wide range of applications: Balance, Posture, Proprioception, Sports, Orthopaedics...
- Dual task rehabilitation possible (Upper Limb)
- Decrease in pain* and increase in range of motion
- Increased patient motivation
- Increased recovery due to patient engagement
In short, the StaticVR :
- 2 independent force plates with 4 load cells per foot
- Weight Distribution (right/left and front/rear)
- Use in Posturography and Lower Limb Rehabilitation, Re-athletisation, Sportsmen and women...
- Immersive rehabilitation programs in virtual reality but also compatible with a video projector or a TV.
Some of the exercises available with the StaticVR force plates:
CTSIB VR :
Sensory organization test, Balance assessment, support distribution. Stabilogram - Statokinesigram - Sensory Organization Synthesis with Conditions 3-6: image controlled by head movements along the 3 axes (unique) - Spectral Analysis by Wavelets and Polar Representation of the Stabilogram (Requires a foam block type Airex© for conditions 4 to 6)
LOS - stability limits balance
Software allowing to make a balance and to determine the limits of stability of an individual as well as its strategy of balancing in the sectors approaching this limit.
Breakdown of support - balance sheet :
Software for assessing the distribution of support by foot in real time.
Measure in % of body weight or in kg of right and left support but also the % of anteroposterior support of each foot individually.
SkiVR:
Transfers of the Medial-Lateral supports during a ski run simulation
BirdVR:
360° postural control work with double task exercises (upper limbs)
Center Of Pressure Pursuit:
Feedback, precision, amplitude of support transfers (Center of Pressure),
WalkVR
Walking on the spot
LOS Rehab:
Software for re-educating the adaptive reactions to the patient's destabilization at the margin of his stability limits. Work (increase) of the Limits of Stability.
If you are equipped with the PhysioVr Pack or the VertigesVR offer, you benefit from the following functionalities:
Optical Flow Posturography Report
During rehabilitation sessions with the Flux OptiqueVR, you will have access to a button to start and finish the posturographic recording and then extract a quantified report on postural deviations.
Posturography report in Optokinetics
During rehabilitation sessions with Optokinetics, you will have access to a button to start and finish the posturographic recording and then extract a quantified report on postural deviations.
And much more, not to mention all the new features developed every month.
*Source: Hoffman, H. G., Richards, T. L., Coda, B., Bills, A. R., Blough, D., Richards, A. L., and Shararar, S. R. (2004). Modulation of thermal pain-related brain activity with virtual reality: evidence from fMRI. Neuroreport, 15(8), 1245-1248.