hTRIUS
hTRIUS develops ergonomic wearable systems to support manual laborers. Their focus is on passive exoskeletons that reduce strain on the back and shoulders during lifting and overhead tasks. Their systems are designed to be intuitive and lightweight for use in manufacturing and assembly contexts.
Ergosanté
Ergosanté develops ergonomic solutions for the workplace, specializing in the HAPO range of passive exoskeletons. Their systems are designed to support the back, shoulders, and neck during repetitive tasks and heavy lifting. They emphasize lightweight, non-restrictive designs that can be integrated into daily workflows in logistics, healthcare, and agriculture.
Exhauss
Exhauss designs and sells passive industrial exoskeletons derived from camera stabilization technology. Their products are focused on tool handling, load management, and upper-limb support for workers in construction, logistics, and manufacturing. The system is modular and uses spring-based mechanisms to offload the weight of heavy tools or the arms themselves.
Hilti
Hilti entered the exoskeleton market to address physical strain on construction sites. Their EXO-O1 and EXO-S are passive upper-body exoskeletons designed to support the arms and shoulders during overhead installation work. These lightweight devices aim to reduce fatigue and help prevent chronic musculoskeletal disorders in tasks like drywall hanging and sprinkler installation.
Hyundai Motor Group
Hyundai Motor Group has developed a range of wearable robots as part of its ‘Robotics Lab’ initiatives. Its portfolio includes the VEX (Vest Exoskeleton) for overhead work, the CEX (Chairless Exoskeleton) for knee joint support during seated tasks, and the H-MEX (Hyundai Medical Exoskeleton) for gait assistance for individuals with lower-limb paralysis. The company focuses […]
Cyber Human Systems
Cyber Human Systems designs and develops exoskeletons for industrial, military, and rescue applications. As a spin-off of Gogoa Mobility Robots, the company focuses on physical augmentation to manage fatigue and strain. Products include the Exoshoulder for overhead support and textile-based soft suits for back support.
ULS Robotics
ULS Robotics develops powered exoskeleton technology for industrial and medical sectors. Their product range includes powered lower-limb systems for lifting, upper-body support for overhead work, and medical rehabilitation devices. They focus on modular high-torque designs for manual labor assistance.
Comau
Comau, a player in industrial robotics, manufactures the MATE (Muscular Aiding Tech Exoskeleton) series. Their passive exoskeletons are designed to assist workers with overhead tasks (MATE-XT) and lifting tasks (MATE-XB). These devices provide mechanical support without motors or batteries.
Levitate Technologies
Levitate Technologies produces the AIRFRAME, a wearable exoskeleton designed to support workers in repetitive or static overhead tasks. The system transfers the weight of the arms to the hips, reducing fatigue and shoulder strain. It is mechanical and does not restrict range of motion, used in automotive, aerospace, and construction sectors.
Skelex
Skelex designs and manufactures non-powered, passive exoskeletons aimed at reducing physical strain for industrial workers. Their flagship product, the Skelex 360, provides dynamic shoulder support for overhead tasks by utilizing a spring-based mechanism that redistributes weight to the hips. The system is designed for industries such as aerospace, automotive, and shipbuilding.