Our Technologies (Robotic Gait Training: Enhancing Mobility Rehabilitation)

What is Robotic-Assisted Gait Training?

Robotic-assisted gait training systems are designed to aid individuals with muscle strength limitations in relearning movement patterns. These systems are suitable for patients ranging from those unable to initiate movement independently to those beginning to regain motor control. The equipment offers both passive (assisted movement) and active (patient-initiated movement) modes, tailored to each individual's condition. Additionally, biofeedback mechanisms stimulate the nervous system during muscle training, providing real-time performance data to clinicians.

BBH Hospital's Robotic Center

Our Full Gait Training Robot is engineered to support the rehabilitation of patients with mobility impairments, such as those recovering from stroke, spinal cord injuries, or muscle weakness. The system assists in weight-bearing and guides the movement of the hips, knees, and ankles. Computer-controlled settings allow customization of walking patterns, including flat surfaces, inclines, and stair navigation. Safety features, such as gait rhythm control and fall prevention mechanisms, are incorporated to ensure secure training sessions. This technology enables patients to engage in longer, less fatiguing training sessions, promoting gradual improvement in walking abilities under close supervision by physiotherapists.

Benefits of Robotic-Assisted Gait Training

• Enhancement of Walking Ability: Repetitive training facilitated by robotic systems can aid in neuroplasticity, assisting patients in regaining walking capabilities more efficiently.
• Reduced Rehabilitation Time: Precise and continuous training supports muscle endurance and allows patients to cover greater distances during sessions.
• Consistent Training Patterns: The robotic system ensures uniformity in training, contributing to effective muscle and nervous system development.
• Personalized Training Programs: Adjustable settings for speed, posture, and resistance levels accommodate individual patient needs, optimizing the rehabilitation process.
• Increased Safety: Integrated body support and motion sensors detect irregular movements, minimizing the risk of injury during training.
• Support for Neurological Learning: The system's repetitive motion training aids in reinforcing neural pathways, facilitating a return to more natural walking patterns.

Rehabilitation Process with Robotic-Assisted Gait Training

• Initial Patient Assessment: Medical professionals and physiotherapists evaluate the patient's physical condition, medical history, and current mobility status, including muscle strength, balance, and movement capabilities.
• Rehabilitation Planning: A collaborative plan is developed, setting specific goals and timelines tailored to the patient's abilities and physical condition.
• Robot Configuration: The robotic system is calibrated to match the patient's individual requirements, adjusting resistance levels and movement patterns accordingly.
• Training Sessions: Patients engage in gait training using the robotic system under the guidance of physiotherapists to ensure correct and safe practice.
• Progress Monitoring and Program Adjustment: Ongoing assessments allow for modifications to the training program, such as increasing difficulty levels, to promote continuous improvement in walking skills.

Suitable Candidates for Robotic-Assisted Gait Training

• Patients recovering from stroke
• Individuals with spinal cord injuries
• Patients experiencing balance disorders, including Parkinson's disease
• Individuals with muscle weakness
• Post-surgical patients requiring mobility rehabilitation
• Patients with neurological disorders
• Elderly individuals facing mobility challenges
• Patients with various gait abnormalities