EksoNR
The EksoNR is a clinical rehabilitation exoskeleton manufactured by Ekso Bionics that enables patients recovering from neurological conditions such as stroke, acquired brain injury, multiple sclerosis, and spinal cord injury to perform intensive, repetitive gait training. The device delivers real-time feedback and clinician-controlled assistance to support neuroplasticity and functional recovery.
Overview and Use Cases
The EksoNR is a wearable robotic exoskeleton designed for clinical rehabilitation settings. It is intended for patients recovering from conditions affecting motor control and mobility, including stroke, acquired brain injury, multiple sclerosis, and spinal cord injury. The device facilitates intensive gait training through repetitive walking movements with external mechanical support and real-time feedback mechanisms.
Key Capabilities
- GaitCoach Software: Provides real-time visual and auditory feedback on gait deviations, allowing patients and clinicians to monitor walking patterns during training
- Pregait Activities: Supports therapeutic exercises including balance training, weight shifting, squats, and step-in-place movements prior to full gait training
- Adjustable Assistance: Enables independent adjustment of swing and stance phase assistance for each leg, allowing customized support during different phases of the walking cycle
- Neuroplasticity Support: Designed to promote motor learning and neural adaptation through intensive, task-specific repetitive training
- Clinician Control: Allows clinical staff to monitor, adjust, and control assistance parameters during patient sessions
- Data Analytics: Cloud-based system for capturing session data and providing analytics dashboards for tracking patient progress
Specifications
- Device Weight: Approximately 55 lb
- Patient Height Range: 5'0" to 6'4"
- Maximum Patient Weight Capacity: 220 lb
- Manufacturer: Ekso Bionics
- Category: Industrial/Clinical Rehabilitation Equipment
Applications
The EksoNR is deployed in clinical rehabilitation facilities to support recovery programs for patients with neurological injuries or diseases affecting gait and motor function. The system's adjustable assistance and feedback mechanisms allow for graduated progression in therapeutic protocols as patients recover.
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