Wearable exoskeletons: MATE-XT GO and MATE-XT 4.0 for shoulder support, and MATE-XB for lumbar support during manual handling of weights.
Wearable cyborg for treatment of gait impairments due to spinal cord injury, stroke, cerebral palsy and certain neurological or neuromuscular disorders. Models HAL-ML05, HAL-ML07 and HAL-ML08.
Wearable HAL device (HAL-SJ) used in medical settings to induce improvement in the movement of individual joints. Weight approx. 1.5 kg excluding control device and battery.
Non-medical wearable cyborg-type robot that supports the wearer in standing and walking. Models HAL-FL05, HAL-FL07 and HAL-FL08. Available in Japan only.
Wearable lumbar device that reduces stress on the wearer's back when lifting heavy goods. Weight 3.1 kg including battery; operating time ca. 4.5 hours. Available in Japan only.
Robotic exoskeleton for rehabilitation settings. Used for gait training of patients with stroke, acquired brain injury, MS and spinal cord injury under supervision of a trained physical therapist.
Powered lower limb orthosis (powered exoskeleton) that lets people with mobility impairments walk independently in their homes and communities. The device weighs 31 lb.
Passive, spring-based upper-body exoskeleton assisting shoulder and back muscles during chest-level and overhead work. Provides 5–15 lb (2.2–6.8 kg) of lift assistance per arm.
Exia is a connected AI exoskeleton that supports lifting, lowering, walking, carrying and bent-over work, with up to 38 kg of lifting support per movement.
Cray X is an exoskeleton that supports lifting and walking in the workplace.
Shoulder exoskeletons and tool balancers for construction work, with accessories such as arm pads, adapters and neck supports.
Self-balancing, hands-free exoskeleton platform for people with lower extremity motor deficits. XoMotion-R is the ambulatory training version for rehabilitation centers.
Non-electric back-support exoskeleton with compressed-air artificial muscles, 3.8 kg, up to 25.5 kgf (100 Nm) assist force, IP56, for lifting in manufacturing, logistics, nursing care, agriculture.
Lightweight (430 g) back-support exosuit for lifting, bent-over work, and caregiving, donned in about 10 seconds, sized to fit users 150-190 cm tall.
Passive spring-based back-support exosuit storing wearer motion energy to assist lifting and bent-over work; sized M/L/LL, waists 65-115 cm, heights 150-190 cm, one-touch support on/off.
Compressed-air back-support exoskeleton, 4.3 kg, up to 27 kgf (107.6 Nm) assist force, IP56, for lifting and bent-over work in manufacturing, logistics, nursing care, agriculture, construction.
Non-electric back-support exosuit using two detachable gas springs, weighing 3.3 kg with up to 13 kgf assistive force, IP56-rated, for warehouse, retail, manufacturing, and agricultural lifting tasks.
Compressed-air exoskeleton for combined arm and back support, 8.1 kg, up to 35.7 kgf (140 Nm) assist force, breath-operated switch, for heavy lifting without added rails or fixtures.
Robotic exoskeleton with powered hip and knee motion for spinal cord injury: standing, walking, turning, stairs. Assigned to the Medicare brace benefit category.
Soft, textile-based, untethered robotic exo-suit for gait training after stroke, used in rehabilitation institutions under the supervision of a trained therapist.
THKAFO-type pediatric walking exoskeleton with 8 active joints that supports the child from trunk to feet and assists walking forwards and backwards, in passive or active modes.
Personal-use pediatric exoskeleton designed to assist the walking of children with neurodevelopmental disorders.
Exoskeletons for workplaces to relieve the lower back and support overhead work; passive and motor-driven models.
Exoskeletons for manual handling work.
VIATRIX exoskeleton robot, offered in a 99Wh long-endurance battery version with maximum range of 25km; the official website lists two price tiers, flagship and color-shell editions.
VIATRIX X extended-range powered exoskeleton robot weighs 2.58kg without battery, runs up to 6~7 hours, and has three modes: AI assist, impedance and Boost.
FIT-HV PRO waist exoskeleton robot, weight 5.6kg, 30kg assist, 36V lithium battery, endurance 3~8 hours, 4 degrees of freedom.
FIT-U PRO upper-limb exoskeleton robot, device weight 3.9kg, combined two-arm assist 20kg, 36V lithium battery, working time 3~8 hours, 8 degrees of freedom.
FIT-GS PRO lower-limb exoskeleton robot, weight under 18kg (including 1 power battery), single-battery endurance 2~4 hours, 12 degrees of freedom (4 active), suitable for heights of 160~185cm.
FIT-GS Ultra full-body exoskeleton robot, weight under 25kg, single-battery endurance 4~6 hours, 16 degrees of freedom (6 active).
PES-B energy-storage waist exoskeleton, device weight 0.8kg, energy-storage drive, suitable for heights of 155cm~190cm, combined load reduction of 30%.
PES-U energy-storage upper-limb exoskeleton, weight 1.9kg, maximum assist of 10kg for both arms, driven by mechanical energy storage that needs no charging, suitable for heights of 160cm~190cm.
Self-balancing, hands-free rehabilitation exoskeleton for overground gait training in clinical settings, with 12 motors including an articulated ankle. For patients aged 18 and older.
Self-balancing personal exoskeleton for home use by adults with spinal cord injury. 12 motors, 4-hour battery. FDA-cleared Class II prescription device, available in the U.S. from 2026-09-17.
SuitX exoskeletons: IX series (Back Air, Shoulder Air, Back Volton) and CX series (Cool Sleeve, Soft Back, Easy Neck, Soft Wrist, Soft Knee, Thumb).
Wearable gait assist robot for hip flexion and extension. Max. assist 15 Nm; weight 2.8 kg. Training in therapy rooms, stairs, slopes, outdoors. Works with angel'a app.
Industrial safety wearable suit line: lumbar-assist wearable suits (ANGEL X, ANGEL GEAR soft B10) and inflatable wrist guards (ANGEL GEAR soft W10, W11).