About
Nimble Robotics is a Torino-based medical technology company focused on creating cutting-edge rehabilitation devices for patients with lower limb impairments. Their first product, Reho — short for Rehabilitation Hero — is an active exoskeleton engineered to support and facilitate gait rehabilitation in patients suffering from conditions derived from central nervous system lesions or degeneration, as well as those with complete spinal cord injuries. Reho is distinguished by its six degrees of freedom, enabling controlled movement of the hip, knee, and ankle joints simultaneously. Uniquely, it allows different movement intensities to be applied independently to each leg, making it adaptable to asymmetric patient needs. The device is active (not merely passive or assistive), meaning it drives movement rather than simply supporting it — a critical feature for neuroplasticity-based rehabilitation protocols. Beyond gait recovery, Reho addresses the prevention of secondary pathologies commonly affecting patients with spinal cord injuries who are unable to walk independently. The project has received funding from the European Union's Horizon 2020 research and innovation programme (grant No. 827468), underscoring its scientific and clinical credibility. Nimble Robotics targets rehabilitation centers, hospitals, and specialist clinics seeking advanced robotic therapy solutions. The company is committed to bridging the gap between medical necessity and patient empowerment — enabling patients to move, not just be moved.
Key Features
- Six Degrees of Freedom: Reho controls hip, knee, and ankle joints independently, providing comprehensive lower limb movement support during therapy sessions.
- Active Exoskeleton Technology: Unlike passive devices, Reho actively drives limb movement, enabling neuroplasticity-based rehabilitation for patients with central nervous system impairments.
- Asymmetric Leg Control: Different movement intensities can be applied to each leg independently, allowing personalized therapy for patients with asymmetric conditions.
- Gait Rehabilitation: Specifically designed to restore walking ability in patients with neurological conditions such as stroke, multiple sclerosis, or spinal cord injury.
- Secondary Pathology Prevention: Supports mobilization of patients with complete spinal cord lesions to prevent common secondary complications such as muscle atrophy and circulatory issues.
Use Cases
- Gait rehabilitation for stroke survivors or patients with central nervous system lesions
- Mobilization and motor recovery for patients with complete spinal cord injuries
- Prevention of secondary pathologies such as muscle atrophy and circulatory issues in bedridden patients
- Neuroplasticity-driven therapy programs in hospital and specialist rehabilitation centers
- Asymmetric lower limb therapy where each leg requires different levels of motor assistance
Pros
- EU Horizon 2020 Funded: Backed by the European Union's leading research and innovation programme, lending strong scientific and clinical credibility to the device.
- Comprehensive Joint Coverage: Six degrees of freedom across hip, knee, and ankle makes Reho one of the most complete lower-limb exoskeletons for rehabilitation.
- Adaptable to Patient Asymmetry: Independent intensity control per leg allows therapists to tailor treatment to each patient's unique neurological and muscular profile.
Cons
- No Public Pricing Information: Pricing is not disclosed on the website; potential buyers must contact the company directly, which may slow procurement decisions.
- Limited to Lower Limb Rehabilitation: Reho focuses exclusively on lower extremities and is not applicable to upper limb or full-body rehabilitation needs.
- Requires Clinical Setting: As a medical device, Reho is intended for use in supervised clinical or hospital environments, limiting accessibility for home-based therapy.
Frequently Asked Questions
What is Reho?
Reho (Rehabilitation Hero) is Nimble Robotics' active lower-limb exoskeleton. It provides six degrees of freedom across the hip, knee, and ankle to assist and drive gait rehabilitation in patients with neurological or spinal cord conditions.
Who is Reho designed for?
Reho is designed for patients with conditions derived from central nervous system lesions or degeneration, as well as patients with complete spinal cord injuries who need gait rehabilitation or prevention of secondary pathologies.
How does the six degrees of freedom work?
Reho controls three joints per leg — hip, knee, and ankle — each with independent movement actuation. This allows full lower limb gait simulation, and each side can be set to different intensities for asymmetric patient needs.
Is Nimble Robotics funded by any research programme?
Yes. Nimble Robotics received funding from the European Union's Horizon 2020 research and innovation programme under grant agreement No. 827468.
How can I learn more or request a demo of Reho?
You can contact Nimble Robotics directly via email at [email protected] or by phone at +39 393 802 9564. The team can provide brochures, detailed information, or arrange a live demonstration.
