Archelis Assist Suit for Medical Use

Non-motorized wearable exoskeleton providing musculoskeletal protection and load distribution. Suitable for extended use in clinical and occupational settings to reduce physical strain and fatigue.

An innovative robotic exoskeleton with 5 degrees of freedom (4 active and 1 passive) designed for upper limb rehabilitation. ALEx RS features a tendon-actuated transmission that provides patients with extreme wearability, low weight, and high transparency during use. It is a CE certified medical device of class IIa.

Ergonomic assistive device integrated with exoskeleton control system, featuring back support for cervical injury patients and emergency shutdown mechanisms. Designed for use during rehabilitation training with adjustable parameters requiring no tools.

A wearable exoskeleton rehabilitation device designed for lower limb gait disorder patients with conditions such as stroke, traumatic brain injury, spinal cord injury, multiple sclerosis, cerebral palsy, and Parkinson's disease. The device features adjustable sizing (height 155-190 cm, maximum weight 100 kg), high-capacity European-standard battery for all-day use, and programmable normal gait patterns for efficient rehabilitation training. It can be controlled via tablet PC by therapists or through smart crutches by patients, with four motorized joints providing strong propulsion and integrated sensors for automatic safety stops.

Proprietary lightweight coupling structure integrated into clothing-like apparel designed for all-day comfort during exosuit use. Ergonomic design ensures seamless integration of robotic assistance with minimal user burden.

A specialized wearable robotic solution designed for elderly patients experiencing age-related physical limitations and reduced mobility. The device provides assistive support while maintaining comfort and natural movement patterns suitable for extended daily use.

An electric orthopedic exercise device used for muscle reconstruction and joint motion recovery. It is a lightweight, portable product with excellent mobility for convenient use. The device measures only 79cm in total length, making installation and storage easy. It allows saving frequently used settings in program edit mode and provides selectable speed levels including constant and acceleration modes.

A medical exoskeleton robot suit designed to assist with lower limb walking and rehabilitation.

Occupational lumbar support belt designed for use during work activities and extended standing. Provides compression and postural support to prevent work-related lower back strain.

Lumbar support device designed to stabilize and protect the lower spine during recovery and daily activities. Provides targeted compression and alignment for patients with lumbar pain, injury, or postoperative rehabilitation. Suitable for clinical and home therapeutic use.

Powered exoskeleton system for gait training and mobility assistance in patients with lower limb disabilities. Provides motorized hip and knee support to enable walking and therapeutic rehabilitation. FDA-cleared for clinical and personal use in physiotherapy settings.

Wearable exoskeleton suit designed to reduce lumbar strain during repetitive forward-bending and lifting tasks in occupational settings. Features a patented S-curve backbone structure developed with Kanazawa University that provides reactive force support to assist posture and prevent lower back injury. Applicable across construction, caregiving, manufacturing, and agricultural work environments.