ITURRI
ITURRI is a global leader in protective equipment and safety solutions. They have developed the PREXER, a passive back-support exoskeleton designed for workers in logistics and industry. The company leverages its decades of expertise in PPE (Personal Protective Equipment) to integrate wearable mechanical support into its safety offerings.
MEBSTER
MEBSTER develops accessible and cost-effective medical devices to improve mobility. Their UNILEXA system is a unilateral, passive (non-powered) exoskeleton designed to assist individuals with lower-limb impairments, particularly those with partial paralysis. The system focuses on providing mechanical stability and step initiation support without the need for motors or batteries.
Vila Bionics
Vila Bionics develops affordable assistive wearable systems focused on upper-limb mobility. Their primary product is a passive exoskeleton designed to assist individuals with arm weakness or paralysis in lifting and moving their arms. The company focuses on accessibility for the Latin American market, aiming to provide solutions for people with neuromuscular diseases.
Fox Innovation Robots
Fox Innovation Robots develops and distributes industrial wearable robotic systems. Their product range includes passive and hybrid exoskeletons designed for lifting support and posture correction in logistics and construction. They provide site analysis and implementation services to facilitate exoskeleton adoption in industrial workflows.
Cadence Biomedical
Cadence Biomedical manufactures the Kickstart, a non-powered wearable system designed to assist people with neurological mobility impairments. The Kickstart uses a spring-based kinetic energy system to help users lift their legs and initiate a steps, functioning as a passive lower-limb exoskeleton for individuals with stroke, spinal cord injury, or MS.
Crimson Dynamics
Crimson Dynamics develops passive wearable support systems designed for repetitive and physically demanding tasks. Their portfolio includes shoulder-support and back-support exoskeletons intended to reduce fatigue in logistics, construction, and manufacturing. They emphasize engineering iteration and collaboration with manufacturing partners to refine ergonomics.
Innoheroe
Innoheroe Technology develops wearable robotic systems focused on physical augmentation. Their products include passive and active back support exoskeletons designed for logistics, manufacturing, and general labor tasks. They focus on delivering cost-effective ergonomic solutions for the Asian market.
InteSpring
InteSpring, based in the Delft robotics hub, specialized in passive compensation systems. They developed the Exobuddy (military load carriage system) and the Balancer (industrial tool support). While the company remains active in engineering consultancy and mechanical innovation, its standalone exoskeleton product line is reported as historical or project-based.
Hylite
Hylite Robotics develops wearable systems designed to reduce physical strain in demanding labor environments. Their focus is on creating lightweight, affordable exoskeletons that support the back and shoulders during lifting and overhead tasks. They utilize mechanical and hybrid assist technologies to optimize worker safety and comfort.
Agade
Agade (Anti-Gravity Active Device) Robotics develops passive wearable systems designed to assist workers in logistics and manufacturing. Their primary product, the EXXo, is a passive exoskeleton focused on supporting the upper body and back during lifting and tool handling. The system uses mechanical energy storage to reduce fatigue and risk of injury.