Top 10 Manufacturers of Lower Limb Exoskeleton Robots 2025

History & Mission: Founded in 2005, Ekso Bionics has been a pioneer in wearable robotics, with a mission to "unlock human potential." What started as a project for military exoskeletons quickly shifted to medical and industrial applications, focusing on rehabilitation and daily mobility.

Flagship Product: The EksoGT is a FDA-approved exoskeleton designed for clinical rehabilitation. Used in over 400 hospitals worldwide, it helps patients with spinal cord injuries, stroke, or traumatic brain injuries relearn to walk by providing controlled, repetitive movement patterns. For home use, the EksoNR offers a lighter, more portable design, allowing users to transition from rehab to daily life.

Technology Standout: Ekso's "Adaptive Control" algorithm adjusts support in real time based on the user's movement, mimicking natural gait patterns. Independent reviews often praise its intuitive interface, with therapists noting faster recovery times in patients using Ekso devices compared to traditional therapy alone.

Market Reach: Dominant in North America and Europe, Ekso partners with leading rehab centers and has expanded into Asia, with a growing presence in Japan and South Korea.

History & Mission: ReWalk Robotics, founded in 2001 by Dr. Amit Goffer (himself a quadriplegic), set out to create exoskeletons that let users "walk again, stand tall, and live more independently." It made history in 2014 as the first company to receive FDA approval for a personal exoskeleton.

Flagship Product: The ReWalk Personal is a self-contained exoskeleton for daily use, designed for individuals with spinal cord injuries (SCI) at T7-L5 levels. Weighing 27 pounds, it's worn over clothing and controlled via a wrist remote or voice commands. The ReWalk Rehabilitation model is a staple in clinics, helping therapists guide patients through gait training.

User Feedback: On forums and independent reviews, users often highlight the ReWalk Personal 's durability and battery life (up to 6 hours). One user noted, "After 10 years in a wheelchair, taking my first steps with ReWalk at my daughter's graduation was indescribable."

Global Presence: Available in 25+ countries, with strong markets in the U.S., Europe, and Israel. ReWalk also partners with insurance providers to increase accessibility.

History & Mission: Founded in 2004 by Dr. Yoshiyuki Sankai, CYBERDYNE is synonymous with the HAL (Hybrid Assistive Limb) exoskeleton—a name inspired by science fiction, but rooted in cutting-edge neurotechnology. The company's goal: "to harmonize humans and machines."

Flagship Product: HAL uses non-invasive sensors to detect electrical signals from the user's muscles, allowing for intuitive, natural movement. The HAL Medical Version is used in stroke and SCI rehab, while the HAL for Labor Support aids workers in factories or construction by reducing joint strain.

Innovation: CYBERDYNE's "volitional control" technology sets it apart—users don't just follow pre-programmed steps; they "feel" the exoskeleton responding to their intent. This has made HAL a favorite in research circles, with studies linking its use to improved muscle strength and mental well-being in patients.

Regulatory Milestones: CE-marked in Europe and approved in Japan, HAL is slowly expanding to the U.S. through clinical trials, with FDA clearance expected in 2026.

History & Mission: Born from a UC Berkeley robotics lab in 2013, SuitX aims to make exoskeletons "affordable and accessible to everyone." Unlike many competitors, the company focuses on modular designs, letting users mix-and-match components for personalized support.

Flagship Product: The Phoenix is a lightweight (27 lbs) exoskeleton targeting individuals with mobility impairments. Its modular legs can be adjusted for height and stride length, and its intuitive controls require minimal training. For athletes, the MAX model enhances performance by reducing fatigue during long runs or lifts.

Price Point: At around $40,000, the Phoenix is among the more budget-friendly options in the market—a deliberate choice by SuitX to broaden access. Independent reviews often praise its "no-frills" reliability, though some users note the battery life (4 hours) could be improved.

Community Focus: SuitX partners with nonprofits to provide exoskeletons to low-income users, and its online forum is a hub for users to share tips on customization and maintenance.

History & Mission: A giant in motion and control technologies, Parker Hannifin entered the exoskeleton space in 2016 with the acquisition of Indego. Its focus: combining industrial precision with medical-grade safety to create devices that feel "like an extension of the body."

Flagship Product: The Indego exoskeleton is celebrated for its sleek, minimalist design—weighing just 26 pounds, it's one of the lightest on the market. It uses a unique "sit-to-stand" feature, allowing users to transition from a chair to walking with minimal assistance. The Indego Therapy model is a staple in rehab centers, with built-in sensors that track patient progress for therapists.

Technology Edge: Parker's expertise in hydraulics and pneumatics shines here—the Indego uses spring-loaded joints to mimic natural leg movement, reducing strain on the user. FDA-approved for both rehab and personal use, it's trusted by clinics like the Mayo Clinic and Shriners Hospitals for Children.

User Experience: "Putting on the Indego is like slipping into a pair of high-tech jeans," one user joked in an independent review. "It's quiet, unobtrusive, and I forget I'm wearing it after a few minutes."

History & Mission: Founded in 2015, Fourier Intelligence has quickly become a global player by blending AI with robotics. Its mission: "to accelerate human rehabilitation through intelligent machines." Headquartered in Shanghai, it has R&D centers in the U.S. and Europe.

Flagship Product: The FocalMed exoskeleton is a game-changer for stroke rehabilitation. Equipped with AI-powered motion sensors, it adapts to the user's recovery stage—providing more support early on and gradually reducing assistance as strength improves. The X1 model targets spinal cord injury patients, with a focus on outdoor mobility (waterproof and dust-resistant).

Data-Driven Care: Fourier's devices sync with a cloud platform, letting therapists monitor patients' progress remotely. This feature has been especially valuable post-pandemic, allowing for tele-rehabilitation support.

Market Growth: Popular in Asia and Europe, Fourier is expanding into the U.S. with FDA trials underway. Its focus on affordability (prices start at $35,000) has made it a hit in emerging markets like India and Brazil.

History & Mission: Known for consumer robots like the Alpha 1 Pro, UBTECH turned its attention to medical exoskeletons in 2018, aiming to bridge the gap between high-end clinical devices and at-home solutions.

Flagship Product: The Walker X is a consumer-focused exoskeleton designed for older adults with mild to moderate mobility issues. Unlike clinical models, it's compact, foldable, and controlled via a smartphone app. It includes safety features like fall detection and emergency alerts, making it ideal for independent living.

User-Friendly Design: With a weight capacity of 330 lbs and a battery life of 8 hours, the Walker X prioritizes practicality. Its "one-button start" function means minimal setup—no technical expertise required. User manuals are available in 12 languages, and UBTECH offers 24/7 customer support via video call.

Global Appeal: Sold in over 40 countries, with strong sales in Japan, Germany, and Australia. Its lower price point ($25,000) has made it a popular choice for families looking to support aging loved ones at home.

History & Mission: A name synonymous with innovation, Honda has been researching exoskeletons since the 1990s. While its ASIMO robot stole headlines, the company's medical exoskeletons focus on "human-centric mobility"—devices that prioritize comfort and ease of use.

Flagship Product: The Honda Walking Assist Device (WAD) is a lightweight (6.6 lbs) knee brace designed for patients recovering from knee surgery or arthritis. Unlike full-body exoskeletons, it targets specific mobility issues, making it more accessible for daily use. The Honda Exoskeleton for Labor is used in factories to reduce worker fatigue, but its medical division is now exploring full-body models.

Research Focus: Honda's R&D team is pioneering "neural interface" technology, aiming to let users control exoskeletons via brain signals. While still in trials, this could revolutionize mobility for those with severe paralysis.

Future Plans: Honda has announced plans to launch a full-body medical exoskeleton by 2027, with a focus on affordability and insurance coverage.

History & Mission: A subsidiary of Stellantis, Comau is a leader in industrial automation. In 2019, it launched its "Human-Centric Robotics" division, applying factory robotics expertise to medical mobility.

Flagship Product: The MATE-XT is a modular exoskeleton that can be configured for either the lower or upper body. For lower limbs, it's used in stroke and SCI rehab, with adjustable joint resistance to build muscle strength. The MATE Industrial model is used in warehouses to prevent workplace injuries, but its medical variant is gaining traction in Europe.

Durability & Safety: Built with the same rigor as Comau's industrial robots, the MATE-XT is tested to withstand 10,000 hours of use. It includes fail-safe mechanisms, like automatic shutdown if a fall is detected, earning it CE certification for medical use.

Partnerships: Comau collaborates with leading European hospitals, including Milan's San Raffaele, to refine its exoskeletons based on clinical feedback. It also offers training programs for therapists to ensure proper device use.

History & Mission: Founded in 2013, Bionik focuses on "restoring movement, rebuilding lives" through affordable, AI-powered exoskeletons. It's best known for the Arke, a device designed specifically for stroke survivors.

Flagship Product: The Arke is a single-leg exoskeleton that attaches to the affected limb, providing support during walking. It uses AI to learn the user's gait pattern over time, adapting to their unique movement style. The Arke Pro adds real-time feedback for therapists, showing which muscles need more training.

Affordability Focus: At $28,000, the Arke is priced to compete with mid-range models, and Bionik offers financing plans for individuals and clinics. Independent reviews praise its simplicity—"It's like having a physical therapist by your side, guiding your leg every step," one stroke survivor noted.

Global Reach: Sold in Canada, the U.S., and ｓｅｌｅｃｔ European countries, with plans to enter Asia by 2026. Bionik also partners with insurance companies to cover costs for qualifying patients.