Supported by two decades of extensive research, the Rise&Walk system combines evidence-based motor learning principles with the advantages of robotic technology to provide a world-class therapeutic intervention for individuals with neurological diagnoses.
Over the past two decades, robotic locomotor training has emerged as a crucial therapeutic intervention in the field of neurorehabilitation. By incorporating evidence-based motor learning principles, robotic gait training allows for early application in the critical window of motor recovery for individuals with neurological diagnoses.
A comprehensive systematic review by Mehrholz et al. encompassing 36 randomized trials with 1,472 participants with stroke at any stage or severity, highlighted the benefits of combining robotic-assisted gait training with physical therapy. This combination significantly increased the likelihood of participants achieving independence in walking compared to those who received gait training without robotic devices.
The Rise&Walk InClinic enables individuals to achieve a significantly higher step count during a 30-minute session compared to traditional overground gait training methods, which typically involve a limited number of steps per training session.
Numerous systematic reviews and randomized controlled trials have evaluated the clinical efficacy of robot-assisted gait training in individuals with the following conditions and the results have shown statistically significant improvements in gait function, speed, endurance, and balance.
The Rise&Walk InClinic boasts unique research based features and parameters that can promote clinical benefits beyond traditional therapy.