Kenqing Technology
Kenqing Technology is a Shenzhen-based exoskeleton robotics company focused on full-stack R&D, production and distribution of consumer-grade and industrial-grade exoskeletons. Official company materials describe three core product lines: outdoor exoskeletons, rehabilitation exoskeletons and industrial exoskeletons, while the product catalogue lists Q20, Ant-Y10, Ant-Y20, Ant-W1, Ant-WA1, A10, Ant-A1, π/π plus, Ant-H1 Pro and Ant-C1 Pro. The […]
Honda
Honda developed the Walking Assist Device for gait rehabilitation. The hip-powered system assists users in improving stride length and walking speed. The technology is informed by Honda’s research into bipedal robotics.
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.
Seismic
Seismic develops ‘Powered Clothing’ that integrates robotic actuators and sensors into apparel. The system is designed to augment core strength and support posture for industrial workers and the aging population. The technology utilizes electromechanical actuators to assist with standing and movement.
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.
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.
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.
Cyberdyne
Cyberdyne develops cyborg-type wearable robots that use bio-electric signals to support movement. Its HAL product family serves medical rehabilitation, elderly care and industrial labor-support contexts.
German Bionic
German Bionic manufactures active exoskeletons for industrial and caregiving environments. Its devices are positioned for lifting support and ergonomic risk reduction and connect with the German Bionic IO platform for workplace-safety and usage insights.