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Research
BalanceTutor Perturbation Treadmill
Enhance Research Quality with Advanced Postural Perturbation System
The BalanceTutor Perturbation Treadmill revolutionizes reactive balance and gait research and therapy. This cutting-edge technology enables the creation of customized postural perturbations, including slips and trips. Leveraging the platform's movement in both medial/lateral and forward/backward directions during standing and gait, the system targets a diverse range of physical therapy indications.​
Key Features:
Customized Perturbations: Design and apply multi-directional perturbations with ease. Utilize an extensive range of perturbation intensities in conjunction with gait phase trigger options.
Diverse Applications: The BalanceTutor facilitates the latest advancements in balance and gait assessment and training, including reactive response, force control, and visual stimulation.
Cutting-edge Technology: The BalanceTutor's instrumented perturbation force plate platform, combined with the computer-controlled perturbation software, offers a powerful and advanced solution.
Customized Perturbations: Design and apply multi-directional perturbations with ease. Utilize an extensive range of perturbation intensities in conjunction with gait phase trigger options.
Customizable Parameters: Tailor the BalanceTutor to meet the specific requirements of your research. Create customized protocols and fine-tune perturbation profiles to suit your needs.
Real-Time Synchronization: Achieve seamless integration with your existing setup through real-time synchronization via analog signals output.
Data Collection & Seamless Integration: Benefit from full access to comprehensive data, including Center of Pressure (COP), Inertial Measurement Unit (IMU), and recorded perturbation events exported to a CSV file.
Benefits for Researchers:
Innovative Research: Stay at the forefront of biomechanics research with advanced technology and customizable perturbation capabilities.
Diverse Research Applications: Suitable for a wide range of research fields, including neuroscience, sports science, neuromuscular, rehabilitation, and more.
'All in One' Balance & Gait Rehabilitation
