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.
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.
Laevo
Laevo specializes in the development of passive, wearable exoskeletons designed to support the back during bending and lifting tasks. Their products, such as the Laevo V2 and Laevo Flex, use a chest-pad and spring system to offload the lower back. These devices are used in logistics, agriculture, and healthcare to address lower back strain.
noonee
noonee developed the ‘Chairless Chair’, a passive exoskeleton that allows workers to switch between sitting, standing, and walking. The device is designed for industrial environments where workers spend long hours on their feet. It supports the wearer’s weight and reduces load on knees and ankles. The company has expanded into a distribution model for various […]
Mawashi Science & Technology
Mawashi develops Human Augmentation Systems for defense and industrial settings, including passive load-bearing and industrial exoskeleton technologies focused on load transfer and injury reduction.
Hunic
Hunic specializes in passive textile-based exoskeleton systems designed to reduce back strain during manual handling in logistics, manufacturing and care sectors.
Angel Robotics
Angel Robotics provides clinical walking-assist systems and industrial wearable support devices, with products for pediatric/adult rehabilitation and workplace injury prevention.
Auxivo
Auxivo develops passive industrial exoskeletons designed to reduce physical workload, including textile back support, load-carrying support and multi-task systems.
HeroWear
HeroWear is a Vanderbilt University spin-off specializing in passive back-assist exosuits. Its Apex product line uses elastic elements to support lifting and bending tasks.
Verve Motion
Verve Motion, spun out of Harvard’s Biodesign Laboratory, develops soft wearable robotics for industrial lifting. SafeLift provides powered assistance for repetitive material-handling tasks.