After stroke
Post-Stroke Rehabilitation Solutions
Regaining Function & Independence
Stroke recovery requires a multidisciplinary approach to address mobility, self-care, and neuromuscular retraining. Ehucon's rehabilitation-focused products support this journey—from acute care to home recovery—with specialized tools that promote neuroplasticity while compensating for lingering deficits.
Mobility & Gait Re-Education
Early mobilization is critical for neurorecovery. Our solutions bridge the gap between therapist-assisted and independent movement:
1. Walking Rehab System
Professional Walking Assist Sling (FC230359)
Provides secure torso support during gait training without restricting arm swing
Features breathable mesh panels and adjustable straps to accommodate hemiparesis
Integrated handles allow therapists to modulate weight-bearing
2. Transfer & Balance Training
Rotates 360° to practice weight shifts and sit-to-stand transitions
Builds lower extremity strength during directional changes
Upper Extremity Rehabilitation
Addressing common post-stroke challenges like spasticity and neglect:
1. Adaptive Self-Care Tools
Angled designs compensate for limited supination
Regulates flow rate for safer swallowing
2. Sensory Re-Education
Contrast colors (orange/purple) enhance visual attention to affected side
Provide proprioceptive input during OT exercises
Home & Caregiver Support
Transitioning from clinical to home settings presents unique challenges:
1. Safe Home Mobility
Assists with independent bed transfers
Enables single-caregiver repositioning
2. Continued Progress Tracking
Progress Markers on slings and cushions allow therapists to document improvement in:
Sitting balance duration
Transfer independence levels
Weight-bearing symmetry
Clinical Advantages
Task-Specific Training
Products mimic real-life movements (e.g., rotating to reach objects)
Impairment-Compensating
Designs account for common post-stroke presentations like:
Pusher syndrome
Unilateral neglect
Flexor synergies
Adjustable Progression
Modular components adapt as patients regain function
