Safe & Effective Exercise for Neurological Rehabilitation - RehaMoto LGT-5100D

Rehab Recumbent Bike RehaMoto LGT-5100D: Advanced Active-Passive Rehabilitation for Upper and Lower Limbs

Overview

Key Features

1. Four Training Modes for Personalized Recovery

• Passive Training: For patients with minimal muscle strength, the bike initiates movement to improve joint range of motion and circulation.
• Assisted Training: Provides mechanical support to help users complete cycling motions, enhancing muscle coordination and gradual strength building.
• Active Training: Encourages independent pedaling for patients with moderate strength, focusing on endurance and muscle activation.
• Isokinetic Training: Maintains a constant pedaling speed while adjusting resistance, ideal for advanced users targeting muscle endurance and bilateral symmetry.

2. Spasticity Control and Safety Features

• Spasm Recognition & Relief: Automatically detects sudden muscle spasms and reduces resistance to prevent injury, with adjustable spasm levels (1-10 Nm) and relief rates (1-5).
• Wheelchair Fixation Kits (Optional): Securely attaches the bike to wheelchairs, ensuring stability during training for users with limited mobility.
• Hand Straps & Calf Support: Prevents slipping and provides ankle/lower leg stability, enhancing safety and comfort.

3. User-Friendly Design

• 8” Full-Color Touchscreen: Intuitive 270° rotatable display shows real-time metrics (speed, rotations, resistance) and allows easy mode selection.
• Engaging Gamification: Interactive games integrated into the interface make rehabilitation more enjoyable and motivating.
• Portable Mobility: Built-in wheels enable effortless relocation between rooms or treatment areas.

4. Low-Impact Benefits for Comprehensive Recovery

• Musculoskeletal Health: Prevents muscle atrophy, osteoporosis, and joint stiffness through gentle, repetitive motion.
• Cardiovascular Fitness: Improves blood circulation and lung function via sustained exercise.
• Neurological Rehabilitation: Enhances motor coordination, bilateral symmetry, and neural plasticity for patients with stroke, MS, or cerebral palsy.
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Clinical Applications

• Neurological Conditions: Stroke, brain trauma, Parkinson’s disease, multiple sclerosis (MS), cerebral palsy.
• Musculoskeletal Injuries: Post-surgery recovery, arthritis, muscular dystrophy, or joint replacement rehabilitation.
• Cardiovascular Disorders: Safe, low-impact exercise for patients with heart conditions or obesity.
• Mobility Limitations: Ideal for wheelchair users or those with limited standing endurance.

Conclusion