HIWIN
HIWIN develops the MRG-P110 robotic gait training system for lower-limb rehabilitation. The system uses adjustable exoskeleton leg sections as part of its gait-training mechanism.
Hocoma (via HAI4M)
Existing official evidence is from HAI4M pages for ArmeoPower and ArmeoSpring under arm and hand rehabilitation robotics.
Hyetone
Official evidence describes Hyetone EXO industrial products, including climate-control exosuit, active/OSH categories and products such as Sit Anytime, Strong Hands and Titan Arms. Keep categories focused on industrial assistance.
Hyundai
Existing official evidence lists Hyundai wearable robot pages for X-ble MEX and X-ble Shoulder. Because the row was user-approved as low confidence, keep it unverified and draft-only before import planning.
INOMER
Official evidence describes INOMER as building wearable robots to support and guide body movement, with inoGear HE-1 and walking rehabilitation research references.
Interact Technologies
Existing evidence links Interact Technologies to AssistOn-Arm. Keep the draft focused on medical/rehab arm support, and verify detailed product specs before any product import planning.
Kinarm
Existing official evidence links Kinarm to an Exoskeleton Lab solution. Keep the profile focused on arm/upper-limb research and medical assessment, not general commercial exoskeleton deployment.
Navee
The official Navee page links the company to Navee Exo S Pro.
NX Robotic Rehabilitation
The official NX Robotic Rehabilitation source was unreachable in the existing evidence set. Keep as a medical/rehab lower-limb draft candidate based on product names and secondary evidence until current official evidence is confirmed.
Onerzia
Official evidence describes OnFlowUs as a passive, lightweight sports exoskeleton for elite athletes. Body-area details were not clear in the existing evidence, so leave body area unknown pending product review.