Hexar Humancare
Hexar Humancare (HexaHumanCare) develops a variety of wearable robotic systems. Their HECTOR series includes industrial exoskeletons for back support and lifting, while the RESILION series focuses on medical orthopedic devices for knee and arm rehabilitation. The company leverages Hanyang University’s robotic research to build powered systems for labor and therapy.
StrongArm Technologies
StrongArm Technologies focuses on protecting industrial ‘Industrial Athletes’ through wearable data and mechanical support. While pivotally focused on the FUSE sensor for risk tracking, its historical product line includes the V22 ErgoSkeleton, a passive device that supports the back and shoulders during heavy lifting. The company uses data analytics to reduce workplace injuries.
Panasonic
Panasonic conducts corporate research into ‘power assist’ technologies for logistics and healthcare. While specialized commercial exoskeleton activities were historically concentrated in its subsidiary ATOUN, the parent company maintains R&D in fabric actuators and sensor-based human assistance.
Palladyne AI
Palladyne AI, formerly Sarcos Technology and Robotics, is now focused on AI software for robotics. The company is historically important to the exoskeleton sector because Sarcos developed the Guardian XO full-body powered industrial exoskeleton. The Guardian XO hardware should be treated as a legacy or paused exoskeleton program unless refreshed evidence confirms active commercialization.
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.
ATOUN
ATOUN was a Panasonic-backed company that specialized in powered exoskeletons for heavy labor. Their Model Y back support system was utilized in logistics and baggage handling operations. The company’s technology has influenced subsequent developments in the sector.
GenElek Technologies
GenElek Technologies focuses on developing powered exoskeletons for medical rehabilitation and industrial lift assistance. The company investigates the use of artificial intelligence in wearable robotic control systems.
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.
Innophys
Innophys is a university spin-off based in Tokyo that manufactures pneumatic-powered exoskeletons for back support. The Muscle Suit Every utilizes artificial muscles powered by pressurized air to provide lifting assistance. It is used in nursing care, agriculture, and manufacturing.
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.