Search Global Robotic and AI Suppliers
A continuously updated global directory of robotics, automation, and AI suppliers
Supplier directory
Sumbu (Sumbu Tech / Dnsys exoskeletons)
China
Sumbu (founded 2025) develops consumer-grade dual-vector exoskeletons (Exo-S3 series: S3, S3 Pro, S3 Ultra) for lower-limb mobility assistance. Features self-developed planetary gear motors, AI human-intent recognition with self-learning algorithms, 13 auto-detected sports modes, 99Wh battery, lightweight ergonomic design, multi-platform control, and adaptive torque for real-world terrain (urban, outdoor, endurance activities).
Hyundai Motor Group
Korea, Republic of (South)
Hyundai has a rapidly increasing interest in exoskeletons, primarily for industrial use and one series of prototypes for walking assistance.
Beijing AI-Robotics 大艾机器人
China
Beijing AI-Robotics Technology Co., Ltd. (北京大艾机器人科技有限公司) develops exoskeleton robots for rehabilitation. Key products: AiWalker series (medical, family/home, dual-foot, stride, pediatric versions) as powered wearable lower limb exoskeletons for gait training, mobility assistance, and neurological/orthopedic rehabilitation in various stages.
Astride Bionix
Singapore
Developer of wearable exoskeletons (LEX model) for spine alignment and strain reduction, designed as easy-to-wear devices suitable for various body types, genders, and ages to support daily activities.
AxoSuits
Romania
AxoSuits develops powered medical exoskeletons for mobility assistance in walking disabilities. Focus on affordable, high-powered wearable electromechanical devices with ease of use for rehabilitation and daily support applications.
Crimson Dynamics
China
Crimson Dynamics develops industrial exoskeletons as wearable assistive equipment. Products include shoulder support models (C DYS-S2, C DYS) and back support models (C DYB-Fit, C DYB-EP) designed per ACFA principle (Application, Comfort, Function, Appearance) for reducing workplace strain, injury prevention, and efficiency improvement in factory environments.
Ekso Bionics
United States
Ekso Bionics designs powered exoskeletons for rehabilitation and industrial applications, including EksoNR (motorized lower-limb support for gait training in stroke/SCI patients) and Ekso EVO (upper-body support with adjustable assistance for overhead work), battery-powered with sensor-driven control.
ErgoSanté
France
Ergosanté develops passive mechanical exoskeletons and ergonomic seating for MSD prevention. HAPO series features lightweight carbon structures (<2 kg), isoelastic spring blades, adjustable assistance levels for back, shoulder, and arm support in forward/overhead postures. Ergonomic seats include adjustable lumbar/thoracic support, memory foam, up to 150 kg capacity, and pathology-specific custom adaptations.
ExoAtlet
Luxembourg
ExoAtlet develops medical exoskeletons for gait rehabilitation, featuring powered lower-limb support with adjustable assistance levels, sensor-driven control for balance and step initiation, battery-powered operation, and integration for neurorehabilitation in patients with spinal cord injury, stroke, or multiple sclerosis.
exoIQ
Germany
exoIQ develops industrial exoskeletons for upper-body support, including passive and active models with adjustable spring/motor assistance, ergonomic design for overhead work, lifting, and repetitive tasks to reduce musculoskeletal load in manufacturing and logistics environments.
ExoMed Kursk
Russian Federation
ExoMed specializes in rehabilitation exoskeletons and assistive devices, focusing on lower-limb and gait training systems with motorized joints, biofeedback sensors, and programmable therapy modes for neurological and orthopedic recovery applications.
Exomys
Austria
Exomys designs industrial exoskeletons for ergonomic support, including passive shoulder and back models with mechanical energy storage, adjustable fit, and lightweight construction for reducing strain during repetitive overhead and lifting tasks in industry.
IUVO
Italy
IUVO develops wearable robotic exoskeletons including MATE-XT (shoulder support for overhead tasks with effort reduction) and MATE-XB (lumbar support for bending/lifting load reduction) for industrial and medical applications.
Japet Medical
France
Developer of active exoskeletons for MSD prevention, including motorized lumbar support (Japet.W+), arm (Plum'), head (Moon), and textile posture aids with ISO 13485 certification.
Marsi-Bionics
Spain
Marsi Bionics develops robotic exoskeletons and orthoses with ARES variable stiffness joints, including ATLAS Pediatric Exo, Explorer MB, and MAK Active Knee for rehabilitation.
OCALIS
Turkey
OCALIS Engineering develops industrial exoskeletons for workers performing repetitive physical tasks, aimed at preventing musculoskeletal disorders through biomechanical support in workplace applications.
Rake Technologies
United States
Rake Technologies develops unpowered exoskeletons using LUCAS passive tension-balancing mechanism that mimics isometric muscle contractions, dynamically responding to movements; includes artificial muscle technology for prosthetic arms/legs.
Rex Bionics
Australia
Rex Bionics develops robotic exoskeletons for rehabilitation in severe neurological conditions, enabling hands-free standing, walking, and exercise with autonomous control, fully automated movements, and structured functional programmes for therapy.
suitX
United States
SuitX develops occupational exoskeletons including IX BACK VOLTON (Bosch-powered adaptive), IX BACK AIR (passive spinal compression reduction), IX SHOULDER AIR (passive overhead relief via AIR-Drive), and CX Series compact wearables for industrial strain reduction.
AGADE srl
Italy
AGADE srl develops semi-active exoskeletons for musculoskeletal disorder reduction in manual handling. Products: Agadexo Lowback (torso bending/lifting support with AI biomechanical adaptation), Agadexo Shoulder (shoulder/back load transfer to legs via sensors/AI, removable battery >8h autonomy, ESO-EAWS certified). Applications focus on repetitive heavy lifting.
Auxivo AG
Switzerland
Auxivo AG develops passive and active wearable exoskeletons for industrial applications. Key product: LiftSuit/OmniSuit, lightweight textile-based back/shoulder/hip support exoskeleton using artificial muscles and energy-efficient design to reduce musculoskeletal load during lifting and overhead work. (38 words)
Biolift
Canada
Biolift develops passive back-support exoskeletons for construction and heavy-lifting industries. The mechanical exoskeleton provides up to 60 lb (27 kg) load transfer per bend, reducing spinal strain during repetitive lifting and bending without batteries, motors, or electronics.
BioServo Technologies
Sweden
Swedish manufacturer of soft robotic hand exoskeletons, including the Carbonhand and Ironhand systems. Devices support grip-intensive tasks for individuals with hand impairments from conditions such as spinal cord injury, stroke, and ALS.
COSMOS Bionics
Egypt
Cosmos Bionics develops lightweight robotic exoskeletons for lower limb mobility impairments in clinical rehabilitation. Key product: COSMOS Exoskeleton (physiological gait device, 13.5 kg clinical / 9.5 kg personal version, modular 5-piece design), controlled via Cosmos Care App for assisted walking in patients with muscle weakness or paralysis.
Endoenergy Systems
United Kingdom
Endoenergy Systems develops wearable assistive exoskeletons for elderly mobility support, including lower-body, upper-body, and full-body configurations with motorized joint assistance, sensor-based motion reinforcement, ISO/IEC safety certification, and customizable fit for daily living activities like standing, walking, and stair negotiation.
Exorise
Russian Federation
ExoRise (ЭКЗОРАЙЗ) manufactures passive industrial exoskeletons for load reduction, including X-Arm (back unloading), X-Rise (overhead arm support), X-Belt (lumbar protection), X-Soft (soft load handling), and CarboniX (flexible elastomer-based posture support), with up to 80% spine load reduction, GOST R certification, and anthropomorphic design.
Exy Innovation Company
Brazil
Exy Group (Exy Innovation) develops industrial exoskeletons, including ExyONE Shoulder (upper-body passive support) and other models for ergonomic load handling, injury prevention, and productivity enhancement in manufacturing and logistics.
Fourier 傅利叶
China
Fourier develops rehabilitation robotics and exoskeletons, including ExoMotus™ M4 lower-limb system (machine-assisted rhythmic gait training), ArmMotus™ series (upper-limb training with force/position sensors), OTParvos™, EXOPS™, and humanoid models like GR-1/GR-3 (high-torque joints up to 230 N.m), with multisensory fusion and AI for neurorehabilitation.
Gogoa
Spain
GOGOA Mobility Robots (GOGOA BIOENGINEERING) designs wearable exoskeletons for neurorehabilitation and mobility assistance, including HANK lower-limb exoskeleton (three motorized joints for gait training) for stroke, spinal cord injury, and neurodegenerative conditions, with sensor-based control and biomechanical support.
