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.

Marsi Bionics

Marsi Bionics, a Spanish CSIC spin-off, develops pediatric and neurological rehabilitation exoskeletons including Atlas 2030 and related active-knee/gait-training systems.

Gogoa Mobility Robots

Gogoa develops robotic devices for movement rehabilitation and industrial workplace safety, including HANK, BELK and Hand of Hope, and is associated with Movex Clinics for robotic neurorehabilitation.

Trexo Robotics

Trexo Robotics manufactures robotic attachments for gait trainers, targeting children with cerebral palsy and other neurological conditions in home and clinical environments.

Hunic

Hunic specializes in passive textile-based exoskeleton systems designed to reduce back strain during manual handling in logistics, manufacturing and care sectors.

Hypershell

Hypershell produces lightweight powered exoskeletons aimed at hikers, backpackers and outdoor users, with a foldable frame designed for portability.

Angel Robotics

Angel Robotics provides clinical walking-assist systems and industrial wearable support devices, with products for pediatric/adult rehabilitation and workplace injury prevention.

Dnsys

Dnsys develops consumer exoskeleton products with carbon-fiber frames and powered assistance for outdoor mobility, hiking and running applications.

Fourier Intelligence

Fourier Intelligence develops robotic rehabilitation solutions through its RehabHub ecosystem, including lower-limb exoskeletons and upper-limb systems, and has expanded into humanoid robotics.