Assess before increasing difficulty
Use static and dynamic assessments to understand the patient’s current balance and postural-control capabilities.
Progress from objective balance assessment to controlled dynamic challenge in the same system. Al Balance Dyn combines multi-axis platform movement, adjustable pneumatic resistance, personalized training, exergames and progress comparison for rehabilitation and performance programs.
Quoted according to your facility, intended use, configuration and support requirements — not sold as a fixed-price ecommerce product.
Progress from objective balance assessment to controlled dynamic challenge in the same system. Al Balance Dyn combines multi-axis platform movement, adjustable pneumatic resistance, personalized training, exergames and progress comparison for rehabilitation and performance programs.
Use static and dynamic assessments to understand the patient’s current balance and postural-control capabilities.
Twenty dynamic levels with 1° adjustment support controlled progression up to 20° of platform tilt.
The 50-level pneumatic resistance system provides another way to grade dynamic exercise intensity.
Use comparative pre/post graphs and repeated assessments to make changes in performance easier to review.
Add controlled dynamic instability and graded resistance as part of a broader return-to-performance plan.
Al Balance Dyn is designed around a complete balance-rehabilitation cycle rather than a single dynamic exercise.
The testing module provides static and dynamic insight into the patient’s balance performance and control. Sensory Integration Limits of Stability Postural Stability Bilateral Comparison Motor Control Fall Risk

Platform settings and pneumatic resistance can be progressed independently, giving clinicians more than one way to grade the difficulty of balance and coordination exercises. % Weight Bearing Weight Shift Maze Control Chase Static Pattern Tennis

Games create a visible goal for repeated movement practice and can make longer rehabilitation programs more engaging.

Repeatable assessments and graph comparison help clinicians review how the patient responds to rehabilitation and decide when to maintain, progress or modify the challenge.
The system includes automatic platform and sensor calibration to support consistent setup for measurement and training.

The current product page states that the software can use the Limits of Stability test to evaluate the patient’s condition and automatically adjust training/game settings, supporting a more individualized rehabilitation program.
Move from testing into weight-bearing, weight-shift and control exercises.
Use game-based tasks alongside structured training modules.
Review graphs across treatment stages and document measurable change.
Current product information lists English, German, Spanish, Malay and Turkish.
The Al Balance Dynamic software brings testing, training and interactive gaming into one clinical interface. Clinicians can work with saved patient profiles or use Guest Mode, then move directly between objective balance assessment, structured exercises and biofeedback-based activities.
The testing module provides a range of structured balance assessments including Romberg 30s, Limits of Stability, Postural Stability, Bilateral Comparison, Motor Control and Fall Risk. These tests help clinicians examine different aspects of balance performance and build a more objective baseline for rehabilitation.
The gaming module turns balance and weight-shift exercises into goal-based activities. Patients can work through Maze, Plane, Tennis, Cognitive Memory and Cognitive Target games while receiving immediate visual feedback from their movements.
A dual-task exercise that combines balance control with a memory challenge. The patient interacts with visual objects while maintaining controlled movement, adding a cognitive component to the rehabilitation session alongside postural and directional control.
An interactive coordination exercise in which patient movement is used to respond to the moving ball and control the activity on screen. The game encourages repeated directional weight shifts, timing and controlled balance reactions within a simple visual task.
A precision-based balance exercise where the patient guides a ball through a maze toward the target using controlled shifts in position. The activity can be used to work on directional control, accuracy and the ability to make smaller corrective movements.
A dynamic 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.
Clinicians can adjust the game according to the patient's ability and rehabilitation goals. Parameters such as session time, speed, target size, difficulty and target area can be modified together with the initial platform and pneumatic settings to create a more individualized training session.
Postural stability sessions can be configured with defined training and recovery periods while progressively changing the dynamic platform conditions. Clinicians can set the starting and ending platform level, pneumatic resistance, trial duration, number of trials and rest interval according to the intended exercise.
The training module provides dedicated exercises for Weight Bearing, Weight Shift, Maze Control, Chase, Static Pattern and Tennis. This gives clinicians several ways to work on controlled loading, directional movement, postural control and interactive balance tasks within the same system.
Progress balance, weight transfer and proprioceptive control as lower-limb function improves.
Use adjustable postural challenges and visual feedback within individualized balance and coordination programs.
Combine assessment, therapeutic exercise and progress review in one balance-focused system.
Add controlled dynamic instability and graded resistance as part of a broader return-to-performance plan.
Platform motion and pneumatic resistance do different jobs. The platform changes the stability demand, while resistance changes how freely the platform responds. Together they let the clinician build a more gradual progression.
These values follow the current Alrenas product page.
This helps Alrenas understand the clinical and support requirements behind the purchase.
Neurological, orthopedic, geriatric, sports or mixed rehabilitation.
Tell the team whether you expect the system to be used mainly for testing, dynamic training, or both.
Describe whether graded instability, resistance, proprioception, coordination or performance training are priorities.
Include installation context, staff training expectations and technical-support needs.
Al Balance Dyn supports both static and dynamic assessment. Its platform can tilt up to 20° in all directions and provides 20 dynamic levels in 1° adjustments, while a 50-level pneumatic resistance system lets clinicians progressively change the challenge.
Download the technical catalog pdf file here.
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