Standardize static balance testing
Repeat structured assessments instead of relying only on observation, with test modules for stability, sensory integration, motor control and fall risk.
Turn static balance testing into a usable rehabilitation workflow. Al Balance Stabilometric combines force-platform measurement, standardized balance assessments, personalized exercises, exergames and progress reporting in one clinician-focused system.
Quoted according to your facility, intended use, configuration and support requirements — not sold as a fixed-price ecommerce product.
Turn static balance testing into a usable rehabilitation workflow. Al Balance Stabilometric combines force-platform measurement, standardized balance assessments, personalized exercises, exergames and progress reporting in one clinician-focused system.
Repeat structured assessments instead of relying only on observation, with test modules for stability, sensory integration, motor control and fall risk.
Limits of Stability data can be used to create patient-specific exercise and game settings rather than applying one fixed challenge to everyone.
Interactive tasks give patients a clear target during repeated balance practice while supporting single-task and cognitive/multi-task activities.
Store test and exercise sessions, compare results over time and use reports to communicate progress across the care team.
Establish repeatable baselines and add balance/coordination work within a wider return-to-performance program.
The system is most useful when testing and rehabilitation are connected rather than treated as separate features.
Current product information lists Sensory Integration, Limits of Stability, Postural Stability, Bilateral Comparison, Motor Control and Fall Risk. The brochure also describes eyes-open/closed testing, firm or foam surfaces and single-leg, bilateral or tandem stance. Sensory Integration Limits of Stability Postural Stability Bilateral Comparison Motor Control Fall Risk

Training modules support weight transfer, weight distribution, postural control and guided task practice. Difficulty can be aligned with the patient’s measured limits and current rehabilitation goals. % Weight Bearing Weight Shift Maze Control Chase / Random Control Static Pattern Tennis

The software includes rehabilitation games such as Maze, Plane, Tennis, Cognitive Memory and Cognitive Target. The brochure describes visual and auditory feedback and both single-task and multi-task game formats.

Patient tests and exercises can be recorded for later review. Source documentation describes comparing two or more test results and exporting reports in PDF or Excel format, while the current product page highlights pre/post-treatment graph comparison.
Repeat a standardized test after a period of therapy, compare results and use the change as one part of the wider clinical picture.

The software connects patient records, assessments, exercises, exergames and progress comparison. That allows a physiotherapist to move from “What is happening?” to “What should we work on next?” without changing systems.
Keep test and exercise history associated with the patient.
Use measured limits to help configure exercises and games for the individual.
Review pre/post results and follow measurable changes over time.
The brochure states that reports can be exported in PDF or Excel format and used in scientific work.
The Al Balance Stabilometric software brings testing, training and interactive exercises into a single interface. Clinicians can manage patient sessions and move directly from objective balance assessment to targeted rehabilitation and biofeedback activities.
A structured testing suite provides several ways to examine static balance and postural control, including Romberg, Limits of Stability, Postural Stability, Bilateral Comparison, Motor Control and Fall Risk assessments. Together, these tests help clinicians establish an objective baseline and identify areas that may require targeted rehabilitation.
Game-based exercises add a more engaging layer to balance rehabilitation while maintaining a clear therapeutic objective. Visual targets and immediate feedback encourage controlled weight shifting, directional movement, precision and repeated participation during training.
This dual-task activity combines postural control with a visual memory challenge. The patient responds to changing objects while maintaining controlled balance, allowing clinicians to introduce a cognitive component alongside balance and directional-control training.
An interactive biofeedback exercise that encourages repeated weight shifting and directional control. The patient uses balance movement to respond to the ball on screen, combining timing, coordination and controlled postural adjustments within a simple goal-based activity.
A precision-focused exercise in which the patient guides a ball through a maze using controlled changes in balance and weight distribution. The task can be used to work on directional control, movement accuracy and smaller corrective postural adjustments.
The training module provides dedicated exercises including % Weight Bearing, Weight Shift, Maze Control, Chase, Static Pattern and Tennis. These activities give clinicians different ways to work on load distribution, directional movement, postural control, coordination and repeated balance tasks within the same system.
A biofeedback exercise where patient movement controls the aircraft as it moves toward visual targets. The task encourages multidirectional balance adjustments while giving the patient an immediate and easy-to-understand goal.
Use repeatable postural and sensory balance tasks as part of a broader neurological assessment and training plan.
Support objective balance and fall-risk evaluation alongside individualized balance exercises and progress monitoring.
Follow balance, weight distribution and postural-control changes as patients progress through rehabilitation.
Assess static balance, postural stability and weight-distribution asymmetries to support rehabilitation, return-to-sport decisions and performance-focused balance training.
The brochure describes testing with different visual, surface and stance conditions. This gives clinicians a way to repeat balance tasks under controlled variations rather than treating “balance” as one single measurement.
Where the older brochure and the current live product page disagree, this prototype uses the current live product-page value. Supplementary measurement details are taken from the brochure where they do not conflict.
A better quote starts with clinical information, not just a product name.
Neurological, orthopedic, geriatric, sports rehabilitation or a mixed caseload.
Assessment-heavy workflow, exercise/rehabilitation, fall-risk evaluation, research, or a combination.
Tell Alrenas where the system will be used and any space, access or procurement requirements.
Include your expectations for onboarding, clinical training, technical support and documentation.
It is designed for computerized static balance assessment and rehabilitation. The system supports objective evaluation of postural stability and balance control, then provides exercise, exergame and reporting tools that clinicians can use through the rehabilitation process.
Review the Al Balance Stabilometric brochure for test modes, exercise modules, reporting details and supplementary measurement specifications.
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