Ekso Bionics
Developer and manufacturer of wearable exoskeleton systems for clinical rehabilitation, personal mobility, and industrial use. Operates clinical programs that include patient screening, training and certification, care coordination, device refurbishment/rental, and global deployment through a center/distributor network. Engages in regulatory and reimbursement processes (FDA clearances, Medicare/VA pathways) and sponsors clinical research and evidence generation. Publishes educational content and clinical guidance on rehabilitation techniques, patient safety, and postoperative therapy practices.
Industries
Nr. of Employees
medium (51-250)
Ekso Bionics
Patents
Exoskeleton and method of increasing the flexibility of an exoskeleton joint
US-10583551-B2
View DetailsMethods of enhancing the rehabilitation or training of an exoskeleton wearer
US-10576008-B2
View DetailsMachine to human interfaces for communication from a lower extremity orthotic
US-10391016-B2
View Details
Exoskeleton and method of increasing the flexibility of an exoskeleton joint
US-10583551-B2
View DetailsMethods of enhancing the rehabilitation or training of an exoskeleton wearer
US-10576008-B2
View DetailsMachine to human interfaces for communication from a lower extremity orthotic
US-10391016-B2
View DetailsProducts
Personal lower-limb powered exoskeleton for home and community use
A lightweight, modular powered orthotic system designed to enable individuals with spinal cord injuries to stand and ambulate in home and community environments with a trained support person.
Clinical rehabilitation lower-limb exoskeleton
A rehabilitation-oriented powered exoskeleton cleared for clinical indications including stroke, acquired brain injury, multiple sclerosis and spinal cord injury to support gait training in inpatient and outpatient settings.
Upper-extremity exoskeleton for industrial applications
An upper-body exoskeleton designed to support overhead and repetitive tasks to reduce shoulder and back strain and improve endurance and productivity in industrial settings.
Balance training device used in rehabilitation settings
Equipment designed for balance and gait training across multiple patient populations including neurological, geriatric, vestibular, orthopedic, amputee, and pediatric rehabilitation.
EVO
EVO is a passive, spring-loaded assistive upper-body exoskeleton designed to alleviate the burden of repetitive overhead work, reduce fatigue, and decrease muscle strain for industrial workers.
Ekso EVO Full Accessory Kit
A comprehensive accessory kit designed for the Ekso EVO exoskeleton system.
Personal lower-limb powered exoskeleton for home and community use
A lightweight, modular powered orthotic system designed to enable individuals with spinal cord injuries to stand and ambulate in home and community environments with a trained support person.
Clinical rehabilitation lower-limb exoskeleton
A rehabilitation-oriented powered exoskeleton cleared for clinical indications including stroke, acquired brain injury, multiple sclerosis and spinal cord injury to support gait training in inpatient and outpatient settings.
Upper-extremity exoskeleton for industrial applications
An upper-body exoskeleton designed to support overhead and repetitive tasks to reduce shoulder and back strain and improve endurance and productivity in industrial settings.
Balance training device used in rehabilitation settings
Equipment designed for balance and gait training across multiple patient populations including neurological, geriatric, vestibular, orthopedic, amputee, and pediatric rehabilitation.
EVO
EVO is a passive, spring-loaded assistive upper-body exoskeleton designed to alleviate the burden of repetitive overhead work, reduce fatigue, and decrease muscle strain for industrial workers.
Ekso EVO Full Accessory Kit
A comprehensive accessory kit designed for the Ekso EVO exoskeleton system.
Services
Phone evaluation, medical record collection, trial scheduling, and reimbursement navigation for Medicare/VA/workers' compensation/self-pay acquisition pathways.
On-site and partner-center clinician training and user certification programs to enable safe device operation in rehabilitation and home settings.
Collaborative research support, sponsorship of investigator-initiated studies, and provision of devices for clinical research across multiple indications.
Inspection, refurbishment and rent-to-own options for recertified exoskeleton devices to enable trial and phased acquisition.
Locator and support for more than 500 rehabilitation centers and global distributors providing clinical access to devices and training.
Phone evaluation, medical record collection, trial scheduling, and reimbursement navigation for Medicare/VA/workers' compensation/self-pay acquisition pathways.
On-site and partner-center clinician training and user certification programs to enable safe device operation in rehabilitation and home settings.
Collaborative research support, sponsorship of investigator-initiated studies, and provision of devices for clinical research across multiple indications.
Inspection, refurbishment and rent-to-own options for recertified exoskeleton devices to enable trial and phased acquisition.
Locator and support for more than 500 rehabilitation centers and global distributors providing clinical access to devices and training.
Expertise Areas
- Rehabilitation robotics
- Clinical gait training and neurorehabilitation program design
- Clinical research and evidence generation
- Sensor-based adaptive control and assistive algorithms
Key Technologies
- Powered exoskeleton actuation systems
- Passive mechanical exoskeleton mechanisms
- Sensor fusion and adaptive control algorithms
- Battery power systems (rechargeable lithium-ion)
News & Updates
Company-supported and investigator-initiated studies resulting in over 200 conference presentations, chapters, and published articles on exoskeleton use across clinical indications and industrial applications; research summary download available.
Centers for Medicare & Medicaid Services finalized a Medicare payment level confirming coverage of personal exoskeletons within the brace benefit category, enabling Medicare access pathways for qualifying beneficiaries.
Device described as FDA-cleared for multiple neurologic indications including acquired brain injury, stroke, multiple sclerosis and spinal cord injury for use in rehabilitation settings.
Company-supported and investigator-initiated studies resulting in over 200 conference presentations, chapters, and published articles on exoskeleton use across clinical indications and industrial applications; research summary download available.
Centers for Medicare & Medicaid Services finalized a Medicare payment level confirming coverage of personal exoskeletons within the brace benefit category, enabling Medicare access pathways for qualifying beneficiaries.
Device described as FDA-cleared for multiple neurologic indications including acquired brain injury, stroke, multiple sclerosis and spinal cord injury for use in rehabilitation settings.