Top 50 Exoskeleton in Europe

ABLE develops lightweight robotic exoskeletons designed for neurorehabilitation, enabling individuals with mobility impairments to regain the ability to walk. The exoskeletons facilitate rapid adjustment and intuitive use, significantly improving therapy efficiency and enhancing the quality of life for users.

German Bionic develops smart exoskeletons that provide physical support for manual lifting, lowering, and prolonged bending, significantly reducing the risk of musculoskeletal disorders in labor-intensive environments. Their technology enhances worker safety and efficiency in industries such as logistics, manufacturing, and healthcare by alleviating physical strain during repetitive tasks.

Agade develops semi-active industrial exoskeletons designed to mitigate fatigue and musculoskeletal disorders in workers handling heavy loads. Their AI-powered devices, like the Lowback and Shoulder models, automatically adjust biomechanical support based on user movement during lifting and repetitive tasks. These wearable robotics aim to reduce strain on the lumbar region and shoulders by offloading weight, enhancing worker health and safety.

Verve Motion develops the SafeLift™ exosuit, a soft, powered wearable technology designed to reduce worker injuries and enhance productivity in physically demanding tasks. By decreasing injury rates by 60-85% and improving productivity by 4-8%, the exosuit provides a measurable return on investment of up to 250% within six months.

Japet Medical Devices designs and integrates robotic exoskeletons that alleviate musculoskeletal strain in the workplace, specifically targeting lower back, shoulder, and neck discomfort. Their technology enhances worker mobility and safety, reducing the risk of injuries and improving overall job satisfaction in physically demanding roles.

Provides a full-body exoskeleton and motion simulator system that enables users to control humanoid robots and virtual avatars with lifelike force and balance feedback. This technology allows for natural movement, object manipulation, and immersive experiences in applications such as training, teleoperation, and virtual reality, reducing costs and risks in hazardous environments while enhancing remote capabilities.

This company develops self-balancing exoskeletons that enable hands-free walking for individuals with mobility impairments. Their robotic exoskeletons provide autonomy for paraplegics and those with myopathy during daily activities.

The startup develops a human propulsion system that integrates body-mounted miniaturized jet engines with an exoskeleton featuring four arm-mounted and two hip-mounted gas turbine engines. This technology provides sufficient thrust to enable vertical takeoff for manned flights, addressing the challenge of sustained flight without traditional aircraft infrastructure.

Hyperlayer develops a smart, programmable operating system designed specifically for financial institutions. This platform enables firms to build, deploy, and manage complex financial applications with enhanced automation and control. It provides a unified infrastructure layer to streamline core financial workflows and data processing.

This company develops an AI-powered mobility platform combining gait analysis and assistance for neurological gait disorders. REEV SENSE uses connected wearable sensors to provide precision gait biomarker assessment for clinicians. DREEVEN then utilizes this personalized data to power a motorized knee orthosis for enhanced patient mobility assistance.

This company develops musculoskeletal, intelligent androids designed to assist with common daily life problems. Their product line includes bipedal android companions for both individual and business applications. Development efforts also focus on creating advanced robotic hands with human-level dexterity.

Duatic develops advanced robotics hardware, including the vision-enabled Alpha humanoid robot and the lightweight, high-torque DynaArm robotic manipulator. Their technology utilizes Quasi-Direct Drive systems and impedance control for dynamic manipulation and precise environmental interaction. These components support applications ranging from autonomous grasping to integration with legged mobile platforms and exoskeletons.

This startup develops medical devices for the rehabilitation of individuals with cerebral palsy, focusing on technologically advanced products that support patients with lower limb dysfunctions. Their solutions aim to help users regain mobility and improve their quality of life.

Koalaa develops comfortable, lightweight, and affordable soft-sleeve prosthetics for adults and children with upper body limb differences. These modular devices enable users to perform a wide range of daily living and active sports activities. The company focuses on enhancing accessibility and supporting patient recovery through innovative prosthetic solutions.

Noonee develops the Chairless Chair 2.0, a wearable mechatronic device that allows users to alternate between sitting, standing, and walking while maintaining ergonomic posture. This technology alleviates back pain and enhances productivity by reducing physical strain during prolonged work periods.

Meditronika manufactures lightweight, customizable prosthetic legs using 3D printing technology and composite materials, providing tailored solutions for amputees. This approach offers affordable options that enhance mobility and comfort, addressing the need for personalized prosthetics in the market.

Neubond develops wearable devices that provide autonomous assistance and therapy for stroke patients during daily activities, enabling personalized rehabilitation regardless of motor capabilities. The technology integrates real-time tracking and progress monitoring, facilitating effective recovery while minimizing disruption to the user's routine.

Axiles Bionics develops the Lunaris IO and IO+ bionic feet, which utilize 14 embedded sensors for real-time data collection and predictive maintenance, enhancing user mobility and comfort. The company addresses the lack of accessible, high-quality prosthetic options for amputees, ensuring personalized adjustments and upgrades for optimal performance.

Aether Biomedical develops the Zeus bionic hand, which features over 150N of grip force and a 35kg lift capacity, enabling upper limb amputees to perform daily activities with strength and precision. The device is designed for easy serviceability, allowing accredited clinicians to repair it in under 30 minutes, ensuring users maintain their independence without prolonged downtime.

Bionit Labs provides a platform for engaging in robotics challenges, likely involving programming and hardware interaction. The service facilitates competitive or educational environments centered around robot performance and testing. Users interact with a dedicated screen to manage and monitor their robot challenge submissions.

A UK biotech startup is developing assistive devices specifically designed to enhance grip strength for individuals with hand weakness, a condition affecting millions in the UK. Their technology provides measurable improvements in daily living activities, promoting greater independence for users.

The startup develops self-balancing wheelchairs equipped with an active control system that utilizes wheels and tracks to maintain stability on uneven surfaces. This technology enables users with mobility impairments to navigate obstacles such as curbs and rough terrain using a joystick or body weight shifts.

Modular Matter is developing a modular prosthesis system that utilizes a patent-pending material for load transfer and real-time biofeedback monitoring, ensuring a stable and comfortable fit for users with limb differences. This technology allows for modular reconfiguration and adjustment to short-term volume changes, enhancing mobility and confidence for individuals with varying needs.

gaitQ is developing the gaitQ tempo™, a discreet vibrational cueing system designed to assist individuals with Parkinson's in maintaining a stable and fluid gait. This wearable technology addresses mobility challenges by providing timely cues that enhance walking stability without the need for a smartphone.

Walk With Path develops connected insoles and wearable devices that provide real-time data insights to enhance mobility for individuals with conditions like Parkinson's disease. Their products, such as the Path Finder, offer visual cues to assist users experiencing freezing of gait, thereby improving walking stability and reducing fall risk.

Euleria develops digital rehabilitation devices that measure, monitor, and enhance patient mobility through remote and in-clinic solutions. Their technology provides healthcare professionals with objective assessments and personalized feedback, improving patient adherence and recovery outcomes.

ddrobotec by Dynamic Devices develops cloud-powered Robotrainers that utilize AI-driven muscle-centric cognitive testing and training to enhance physical and cognitive performance. Their technology addresses the need for personalized, scalable solutions in sports and health, enabling users to improve their neuromuscular capabilities and overall well-being.

Vilje Bionics develops the VilPower, the first motorized full-arm orthosis designed to restore movement across the shoulder, elbow, wrist, and grip. This lightweight, custom-fitted assistive technology amplifies user movements to support independence in daily activities and working life. The system utilizes proprietary technology to intuitively understand user intent without invasive sensors, benefiting individuals with impaired arm function, including stroke survivors.

Auxivo is developing the OmniSuit, a fully integrated wearable exoskeleton that adapts to individual user needs for tasks such as lifting and overhead work. This technology reduces physical strain and fatigue for workers engaged in demanding activities, promoting their long-term wellbeing.

Twiice designs ultralight, personal exoskeletons that enable individuals with spinal cord injuries to walk. The devices are intuitive, quick to learn, and built for everyday functional use. By restoring mobility, Twiice helps users access the health benefits of regular motion.

Reactive Robotics develops the Vemotion® system, an adaptive robotic assistance technology that facilitates early mobilization of critically ill ICU patients directly in their beds. This solution reduces the physical strain on healthcare staff while enhancing patient recovery by enabling safe and effective movement patterns during therapy.

GyroGear is developing the GyroGlove™, a wearable device that utilizes gyroscopic stabilization technology to counteract hand tremors caused by conditions such as Parkinson's disease. This glove provides users with a steady hand, enabling them to perform daily tasks with greater independence and confidence.

Levitate develops prosthetic solutions, including 3D-printed sockets and quick-change adapters, specifically designed for amputees who wish to engage in active lifestyles. Their products, such as the Levitate Forever foot and running blade, provide customizable options that enhance mobility and comfort for everyday activities and sports.

Madglove develops an adjustable functional orthosis designed to assist individuals with hand spasticity, enabling them to perform daily activities independently. By facilitating hand movement and improving grip strength, the glove enhances the quality of life for users with neurological disorders.

Kinvent develops a suite of connected physical therapy devices that provide real-time biofeedback data to assess strength, balance, and range of motion in patients. This technology enhances patient engagement and enables physiotherapists to track progress efficiently, improving rehabilitation outcomes.

Movendo Technology develops robotic rehabilitation systems that utilize advanced algorithms for neuromotor skill recovery, specifically targeting conditions in orthopedics, geriatrics, and neurology. Their technology addresses the need for effective, personalized rehabilitation programs by providing precise assessments and tailored treatment plans to improve patient outcomes.

The startup develops a hand brace technology that utilizes a proprietary instant 3D hand scanner and automation software to create customized orthotics and prosthetics. This system enables medical professionals to efficiently design and produce tailored braces, addressing the need for personalized patient care in orthotic solutions.

Akuis manufactures Sintesi, a connected robotic fitness equipment designed for personal training studios, physiotherapy clinics, and beauty centers, enabling precise load simulation and performance tracking. This technology addresses the need for efficient rehabilitation and personalized training solutions in compact spaces, enhancing user experience and operational efficiency.

Digity develops a wearable platform to capture high-fidelity human dexterity data, including joint kinematics and tactile signals. This proprietary interface standardizes human variability, transforming individual motion into structured, transferable knowledge for imitation learning. The resulting human-centric datasets enable scalable pre-training and generalization for advanced robotic manipulation across various embodiments.

Exo360 designs and manufactures orthopedic devices using adaptive materials and 3D printing technology to provide off-the-shelf solutions for limb immobilization. Their products streamline emergency care workflows and enhance recovery by ensuring proper limb positioning without the need for custom applications.

Adapttech develops biomedical technologies that enhance mobility and daily functioning for individuals with physical limitations through assistive devices and adaptive solutions. Their products aim to improve user independence and overall quality of life by providing tailored support for specific physical challenges.

This company designs and manufactures affordable 3D-printed myoelectric prosthetics. Their technology aims to make advanced prosthetic limbs more accessible, enabling individuals to regain function and confidence.

Fesia develops wearable soft robotics that utilize functional electrical stimulation to assist individuals with neurological conditions in regaining mobility and hand function. Their devices provide targeted support during walking and manual tasks, addressing challenges faced by patients recovering from strokes, spinal cord injuries, and other motor impairments.

ProsFit provides a digital prosthetic fitting platform that streamlines socket design and configuration for distributed care. Their PandoFit software and PandoPoints enable remote, accessible prosthetic services, reducing fitting time and logistical barriers for P&O providers and patients.

Movetru is a wearable device designed to monitor movement patterns and provide real-time feedback to reduce the risk of injury during physical activities. It enhances rehabilitation by offering personalized insights that help users improve their recovery processes and overall performance.

The startup develops a remote-controlled, self-righting robotic tackling dummy that accurately mimics human size and performance, utilizing a durable, all-terrain mobile drive system for enhanced control. This technology enables combat personnel and athletes to engage in rigorous training while minimizing the risk of injuries from unnecessary contact.

STEPS Prosthetics designs and manufactures custom prosthetic limbs and orthotic devices for individuals with serious injuries. They offer integrated residential and outpatient rehabilitation programs to support recovery and improve mobility.

REA develops specialized wearables and protective tools, including the EMSi and EVA Lunar spacesuits, designed to counteract microgravity effects and enhance astronaut mobility. Their technology addresses the challenges of human safety and performance during extended space missions by utilizing advanced fabrics and hybrid mechanical systems for improved joint mobility and protection.

Proteso develops active back-support exoskeletons tailored for manual material handling tasks in logistics and manufacturing. These devices safeguard workers' lower backs from strain associated with frequent heavy load lifting. The exoskeletons aim to reduce overexertion injuries while maintaining worker performance and wellbeing.

Metacarpal develops the world's first multi-articulated body-powered hand designed for upper-limb prosthetic users. This durable, waterproof device offers multiple grip patterns, including pinch, power, and lateral grips, providing reliable function without requiring external charging. The technology focuses on delivering dependable performance and intuitive control that integrates seamlessly into daily activities.