Top 10 Lower Limb Exoskeleton Robot Manufacturers in 2025

When it comes to pioneering exoskeleton technology, Ekso Bionics is a name that echoes through rehabilitation clinics worldwide. Founded in 2005, this California-based company has spent nearly two decades refining machines that don't just move legs—they restore confidence. Their flagship product, the EksoNR, is a staple in over 500 clinics across 25 countries, and for good reason: it's designed to adapt. Unlike one-size-fits-all devices, the EksoNR uses real-time gait analysis to adjust step length, speed, and posture for each user, whether they're recovering from a stroke or living with a spinal cord injury.

For therapists, Ekso Bionics offers a suite of data tools to track progress—step count, symmetry, and joint angles—turning subjective "feeling better" into measurable milestones. And for users like Mark, a 45-year-old stroke survivor who regained the ability to walk his daughter down the aisle with EksoNR, it's not just a machine. "It's the difference between watching life from a wheelchair and being part of it," he shared in a 2024 interview.

You might recognize CYBERDYNE from headlines about "robotic suits that read your mind"—and while that's a touch dramatic, their HAL (Hybrid Assistive Limb) exoskeleton does come eerily close. Founded by Dr. Yoshiyuki Sankai in 2004, this Tokyo-based company has made waves with its focus on neural integration: HAL detects faint electrical signals from the brain (via surface EMG sensors on the skin) and translates them into movement, creating a seamless human-robot connection.

Take 62-year-old Yuki, who lives with amyotrophic lateral sclerosis (ALS). With HAL, she can now feed herself and walk short distances—a level of independence her family never thought possible again. "It's like having my old body back, just a little slower," she told a local news outlet in 2023. CYBERDYNE's vision? A world where exoskeletons are as common as wheelchairs, but infinitely more empowering.

For individuals with spinal cord injuries, ReWalk Robotics has been a beacon of hope since 2001. Based in Yokneam, Israel, the company made history in 2014 when its ReWalk Personal became the first exoskeleton approved by the FDA for home use. Today, their latest model, the ReWalk Personal 6.0, is lighter, faster, and more intuitive than ever—designed to fit into daily life, not just therapy sessions.

David, a ReWalk user since 2018, sums it up: "Before, I'd watch my kids play soccer from the sidelines. Now? I'm the one chasing them across the field—slowly, but we're laughing the whole time." It's these small, joyful moments that drive ReWalk's mission: to turn "I can't" into "Watch me."

When you think of Parker Hannifin, you might picture industrial valves or hydraulic systems—not exoskeletons. But this Ohio-based engineering giant (founded in 1917) brought its expertise in lightweight materials to the table with the Indego® Exoskeleton, and the result is a device that feels less like a robot and more like a high-tech pair of pants.

For stroke survivors like Maria, who struggled with hemiplegia (weakness on one side), Indego was a turning point. "I used to need two people to help me stand," she recalls. "Now, I can put on Indego by myself and walk to the grocery store—slowly, but I'm there, pushing my own cart." Parker Hannifin's focus on practicality has made Indego a favorite among therapists and users alike: it doesn't just restore movement; it fits into real life.

As the global exoskeleton market expands, Fourier Intelligence is leading the charge from China, blending AI smarts with affordability. Founded in 2015 by a team of robotics engineers from Shanghai Jiao Tong University, the company's Fourier X2 exoskeleton is making waves for its ability to adapt to each user's unique gait—no programming degree required.

In 2024, Fourier partnered with rehabilitation centers in India and Brazil to train therapists on exoskeleton use, a move that's helping democratize access to this technology. "We don't just sell machines—we build ecosystems," says CEO Zen Koh. "A farmer in rural Brazil should have the same shot at walking as someone in a New York clinic."

Toronto-based Bionik Laboratories is reimagining what an exoskeleton can be—specifically, what if it didn't feel like wearing armor? Their ARKE™ exoskeleton takes a soft approach: instead of rigid metal frames, it uses breathable, stretchable fabrics with embedded actuators, making it comfortable enough to wear for hours.

For 58-year-old stroke survivor Elena, comfort was non-negotiable. "Previous exoskeletons left me with bruises," she says. "ARKE feels like a supportive hug for my leg. Now, I can train for 45 minutes without wanting to tear it off." Bionik's focus on user experience is a reminder that even the most advanced tech means nothing if it's not comfortable enough to use.

When Rex Bionics launched its first exoskeleton in 2010, it set out to answer a simple question: What if mobility devices could handle rough terrain? Based in Auckland, this Kiwi company has built a reputation for ruggedness, with the Rex 10 exoskeleton designed to tackle grass, gravel, and even shallow steps—no smooth clinic floors required.

For outdoor enthusiasts like Jake, who was paralyzed in a hiking accident, Rex 10 was life-changing. "I thought I'd never hike again," he says. "Last month, I used Rex to walk the family dog on a trail—it was slow, but I felt the sun on my face and the wind in my hair. That's freedom."

Comau, an Italian industrial automation giant, brings a unique perspective to exoskeletons: why not design one that works as hard in factories as it does in clinics? Their MATE-XT exoskeleton is a dual-use marvel, helping warehouse workers lift heavy boxes by day and assisting elderly users with mobility by night.

In 2024, Comau partnered with Amazon to test MATE-XT in fulfillment centers, and the results were clear: fewer back injuries, happier workers, and higher productivity. "It's not just about robots replacing humans," says Comau's robotics director. "It's about humans and robots working together, so everyone goes home healthier."

Best known for fighter jets and missile systems, Lockheed Martin might seem like an unlikely player in assistive tech—but their FORTIS™ exoskeleton has military roots that translate surprisingly well to civilian life. Originally designed to help soldiers carry heavy gear, FORTIS Medical is now being adapted to assist individuals with chronic pain or mobility issues.

For 72-year-old Arthur, who lives with severe knee arthritis, FORTIS Medical was a game-changer. "I could barely walk to the mailbox before," he says. "Now, I can mow the lawn—something I thought I'd never do again. And no charging? Perfect for someone like me who forgets to plug things in." Lockheed's foray into assistive tech proves that innovation can come from the most unexpected places.

Ottobock has been a leader in prosthetics for over 100 years, so it's no surprise they've turned their expertise to exoskeletons. Based in Duderstadt, Germany, their Exo-H3 combines precision engineering with a deep understanding of human movement, making it a favorite among rehabilitation professionals.

For 34-year-old Sarah, who lost her leg in a car accident, the Exo-H3 was the missing piece. "My prosthetic leg helps me walk, but hills were impossible," she says. "With Exo-H3, I can hike again—slowly, but I'm back on the trails with my friends." Ottobock's legacy in mobility makes them a trusted name, proving that sometimes the best innovations come from companies that've been listening to users for generations.