Pro-Med Technology Ltd

EKSO NR Exoskeleton Gait Training RobotOur mission is simple - to elevate the standard of care in NeuroRehabilitation. Through the development of our industry-leading robotics, we’ve continued to drive the standard of care, applying our expertise to create the next generation of wearable technology: Ekso Based on years of research, successful implementation at more than 270 rehabilitation centres worldwide, and more than 100 million documented training steps. Ekso was designed to optimize the therapist and patient experience. Serving the widest patient range for Stroke, SCI, and various impairments, Ekso boosts patient outcomes and distinguishes NeuroRehan programs globally. Adopt the most adaptive and researched rehab exoskeleton on the market and become aleader in care with Ekso. 

EKSO NR Exoskeleton Gait Training Robot

EKSO INDEGO Exoskeleton Assistive Walking RobotEkso Indego Personal is a powered lower limb orthosis, also known as a powered exoskeleton, which enables people with mobility impairments the opportunity to walk independently. Power is provided by sophisticated motors in the knee and hip joints, and combined with advanced sensors and control strategies, the device allows gait impaired individuals to stand and walk again, granting them a new level of independence at home and in the community. Ekso Indego is the only exoskeleton to offer a modular quick connect design, which allows you to put on and take off the device without assistance. At just 29 lb (13 kg), Ekso Indego is the lightest commercial exoskeleton available offering ease of handling, transportation, and storage.  

EKSO INDEGO Exoskeleton Assistive Walking Robot

Shenzhen Kenqing Technology Co., Ltd.

VIGX® π is a consumer-grade lightweight lower limb walking enhanced exoskeleton, weighing only 1.8 kilograms. It provides powerful assistance, with a maximum of 12Nm torque, effectively reducing pressure on the hip and knee joints, improving elderly mobility, and extending human endurance. The leg-mounted design promotes balanced cardiovascular exercise. With its front-mounted power source, comfortable fit, modular structure, quick foldability, and easy portability, it is convenient to store. Equipped with a plug-in battery for easy replacement, ensuring worry-free endurance. Easy to put on and take off, simple to use, making it the ideal choice for outdoor activities! 

Ultra-lightweight walking-enhancing exoskeleton robot

Ultra lightweight walking enhancing exoskeleton robot

GP Technologies Limited

The lower limb hip joint movement assistance device- it is a bilateral hip-lifting assistance exoskeleton designed to improve the movement efficiency of wearers in daily activities such as walking, climbing stairs, outdoor sports, and hiking etc. Through an intelligent power system, advanced sensing system, and intelligent control algorithms, it can real-time perceive the wearer's movement intentions, provide precise and efficient assistance support, significantly reduce lower limb burden, and make every step more effortless and smooth. 

HEAD ROBOTIC PRO

HEAD ROBOTIC PRO for hip joint movement assistance.

Ant-Y1 is a lightweight lumbar support exoskeleton that combines passive power with active lightweight features. Its main characteristics are flexibility and close-fitting design, suitable for various narrow environments. It offers no obstacles when bending and provides strong support when standing up. With a 20kg-class intelligent bending assistance, it meets various daily work requirements. Additionally, Y1 also features walking assistance, making strides lighter and work easier.      

Lumbar support robot for manual handling tasks

HEAD DUAL which is the walking assistance robot, the smart exoskeleton for active living and recovery. Choosing HEAD DUAL because it has intelligent motion sensing, dual-power mode, ultralight &amp; ergonomic. 

HEAD Dual

HEAD Dual is a smart exoskeleton for active living.

Ant-H1 Pro walking assist exoskeleton robot is the leading Ant series of Kenqing Technology lightweight model of walking assisted exoskeleton robot. It integrates advanced sensor network and servo power control system, can keenly capture the micro-motion of human walking, follow human movement to provide user-controlled synchronous torques, effectively help users save physical energy during walking, running and climbing, reduce muscle fatigue and joint stress, make exercise easier and more interesting, and users can exercise longer, especially for the elder. Ant-H1 Pro also offers a fitness mode, intelligently provide reverse leg swing forward and backward resistance,accurately and efficiently exercise the user's walking core muscles while walking, to achieve fitness shaping effect.  

HIking & Walking Assist Robot

HIking Walking Assist Robot for enhanced mobility and fitness

DexRobot (Hong Kong) Limited

The DexCap is a high-precision exoskeleton teleoperation platform. It employs a lightweight, heterogeneous exoskeleton architecture integrated with a high-density sensor network (9 DoF per arm, 21 DoF per hand, 5 DoF for waist), achieving millimeter-level motion capture and kilohertz-range responsiveness (&gt;1000 Hz). The system supports multi-modal interaction, including five-level tactile feedback and millisecond-level low-latency communication, ensuring precise 1:1 action mapping. Featuring a modular design, it is compatible with mainstream robotic arm protocols and Windows/Linux operating systems. This makes it suitable for remote operations in special environments, VR interaction, and scientific R&amp;D. With ultra-long battery life offering up to 8 hours of operation on a single charge, it supports all-day, long-duration operations. The DexCap provides a comprehensive, high-fidelity data acquisition solution for fields such as human motion data collection and robotics.   

DexCap

DexCap is a high precision exoskeleton teleoperation platform.

Maddox Technology Limited

"iClimber" is an intelligent wearable device designed to compensate for and enhance lower limb motor function. It is specifically designed to improve the wearer's efficiency in daily activities such as walking, climbing stairs, hiking and daily activities.  Through an advanced power system and precise sensor modules, the device can instantly perceive the user's walking intention, providing efficient and adjustable assistance output.  This helps reduce the burden on the lower limbs during walking, improving gait stability and exercise comfort. It truly integrates technology into life, assisting every step forward. 

iClimber - Walking Assistance Robot

iClimber Walking Assistance Robot enhances lower limb motor function

HEAD CROSS is the ultimate sports assist robot which has redefining performance, comfort, endurance. HEAD CROSS has ultra-lightweight engineering with advanced materials for a barely-there feel ensuring freedom of movement.  

HEAD CROSS

HEAD CROSS is the ultimate sports assist robot

Hong Kong Daimon Robotics Technology Co., Ltd

DM-EXton2 is Daimon's latest-generation wearable teleoperation device designed for data acquisition. It combines high precision and low latency with portability, efficiency, and safety, aiming to provide users with professional and reliable data acquisition solutions and tackle key bottlenecks in the embodied intelligence industry. The device enables teleoperation of mainstream dual-arm robots, supporting a wide range of tasks from simple pick-and-place and tool use to delicate manipulations such as folding clothes and organizing items, while ensuring the robots achieve stable and efficient acquisition of high-quality multi-modal data. Building upon the core advantages of its predecessor, such as low latency, high precision, and exceptional heterogeneous compatibility, the EXton2 features an optimized overall structure. This design better conforms to the ergonomic needs of most teleoperation data acquisition personnel, significantly enhancing operational comfort. Furthermore, its modular architecture supports dual end-effector adaptation (controlpad and gloves), improving changeover efficiency and multi-scenario adaptability for a substantial upgrade in operational convenience. The newly added whole-body teleoperation control, 3-gear motion scaling, and interactive force feedback capabilities not only enable more flexible manipulation but also effectively address the manipulation inaccuracies inherent in traditional "feedback-less" teleoperation systems, making data acquisition easier and more efficient. 

DAIMON ROBOTICS Wearable Remote Operation Data Acquisition System DM-EXton

DAIMON ROBOTICS Wearable Remote Operation Data Acquisition System

Delta Pyramax Engineering Ltd

exoRehab measures personal status of musculoskeletal system and aids recovery by providing personalized rehabilitation trainings. Ergonomic design of wearables sets optimal attachment for NMES and controllable with a simple APP. All activities can be stored in Cloud DB and data is analyzed into useful indexes that medical professionals and therapists can monitor and management rehab progress. With digitalized data, compliance on progress tracking and cooperation among colleagues become easier. Gamified and professional rehab exercises are both available. This device is suitable for use in geriatric (e.g. sarcopenia), orthopedic (e.g. TKR, ACL, PCL), neurological (e.g. stroke, cerebral palsy) and general daily healthcare. 

exoRehab Wearable Musculoskeletal Rehab Solution & Cloud-based Management

exoRehab Wearable Musculoskeletal Rehab Solution

ROBERT® is an innovative rehabilitation robot that offers active resistive and assistive mobilization of the lower extremities, providing better conditions for rehabilitation to patients and healthcare professionals. Through individualized treatments, ROBERT® makes it possible to start receiving sufficient and personalized training at an earlier stage. Patients are able to exercise with ROBERT® on their own at their own pace. Enabling earlier recovery and earlier mobility. While rehabilitation is intensified, healthcare professionals are relieved from repeated heavy lifting, reducing physical burden and risk of injuries for therapists. 

ROBERT® rehabilitation robot

ROBERT rehabilitation robot for personalized lower extremity rehabilitation

Banxing Embodied (Shanghai) Intelligence Technology Co., Ltd.

ELF3 Humanioid Robot Full-size humanoid robot designed for custom needs, with proven performance &amp; functionality. Feature Highlights Skeleton structure design · Customizable appearance, industrial design; · Tunable motor torque supported; Highly dynamic abilities · Available to perform highly dynamic moves like running,jumping, and parkour · Arms capable of factory operations Application Scenarios · Showroom | reception | Factory operation  ELF3 ODM/Custom Version Help customers release their own branded robots ready for produtionwithin 6 months. Feature Highlights Designed for Massive Production · Use of hollow shaft planetary motor: No harness issue, a much larger range ofjoint motion, lower production cost. · Only 3 models of motors are needed to build a humanoid. · x86/ARM arch. Additional computing power can be installed. · High-performance electro-control architecture: control over 60 joints at 1000 Hz. · Falling resistant, easy to carry. Advance Custom Solution · Clients are enabled to have own branded robots quickly. Developer Friendly · Develop kit support: Robot /Dexterous hand/TeleOp kits · Perception/Locomotion algorithms 

BXI Robotics ELF 3

BXI Robotics ELF 3 humanoid robot designed for custom needs.

Ti5robot Technology Shanghai Co., Ltd.

The Ti5 T170V2.1 Humanoid Robot Reference Solution stands 175 cm tall and is constructed using Ti5's independently developed new-generation lightweight joint modules and dexterous bionic hands. With a self-weight of only 58 kg, it achieves a single-arm payload of 5 kg and features 42 degrees of freedom (DoF) across the entire body. Equipped with binocular cameras and powered by an NVIDIA Jetson AGX Orin 64GB controller, the robot’s leg joints deliver a maximum torque of 490 N·m. The new-generation design abandons traditional linkage-based mechanical structures in favor of an integrated support system that combines the shell, torso, and limbs. This significantly enhances the robot’s durability and lightweight performance in complex working conditions. 

T170V2.1 Humanoid Robot Reference Solution

T170V2 1 Humanoid Robot Reference Solution

Jiangsu Yunmu Intelligent Manufacturing Technology Co., Ltd

It has chassis mapping and navigation movement capabilities, equipped withdual 7-DOF robotic arms and dual dexterous hands. it supports multipleteleoperation methods such as VR teleoperation and inertial motion captureteleoperation, and can be widely used in scenarios such as industrialoperations, data collection, security patrols, and home services. 

YMBot Type D industrial chassis Electric Humanoid Robot

Rehab-Robotics Company Limited

This EMG driven hand rehabilitation device is specially designed for stroke patients. It is well engineered to deliver reliable and stable performance. This hand rehabilitation device is widely used in hospitals.
 
  For hand and arm training. 
  With interactive games and sound for better audiovisual feedback 
  &quot;Hand of Hope&rdquo; is an EMG-driven hand rehabilitation device for stroke patients. 
  EMG-driven; no electrical stimulation; wearable; portable; graphical interface. 
  Mechanism: the paralyzed upper limb still has residual voluntary EMG signals. 
  &quot;Hand of Hope&rdquo; can detect these signals and actuate the motor to help and enable the patient complete desired motion. 
  The patient could acquire a more effective and long lasting training outcome with active-assisted training. 
 

EMG Driven Hand Rehabilitation Device

EMG driven hand rehabilitation device for stroke patients

GibbonBot Limited

Affordable dual 6+1 degrees-of-freedom humanoid controller designed specifically for advanced machine learning and teleoperation applications. As the "leader arm" configuration in the GibbonBot AI Humanoid, enabling precise human-guided control that can be mirrored by follower humanoids for tasks like AI training, data collection, and robotic imitation learning.  

GibbonBot   L

GibbonBot L humanoid controller for advanced machine learning

The T140 Humanoid Robot Reference Solution stands 140 cm tall and is constructed using Ti5's independently developed new-generation lightweight joint modules. With a self-weight of only 38 kg, it can achieve a single-arm payload of 2 kg and features 42 degrees of freedom (DoF) across the whole body. Equipped with a binocular camera and powered by an NVIDIA Jetson AGX Orin 64GB as the controller, the robot’s leg joints can deliver a maximum torque of 217 N·m. It integrates servo control, motor drive, force sensing, precision transmission, and efficient thermal management technologies into a compact and lightweight design, distinguishing it from conventional humanoid robots. Combined with voice interaction capabilities, the T140 is well-suited for applications in education, training, and home companionship scenarios. 

T140 Humanoid Robot Reference Solution

通过融合仿生学、机电一体化、材料科学、生物医学和信息技术，配备自主研发的体感控制技术，仿生手也可以像人手一样灵活。内置智能柔性驱动扭矩控制算法，可实现力细分。作为精密的机器人配件，拥有自主研发的知识产权。在信号识别和响应速度方面，具有显著优势，更具竞争力。多关节协同控制，作简单、精确。 

Intelligent bionic hand

"Stropro" provides assistance for ankle dorsiflexion, improving ankle dorsiflexion function to enhance ankle joint stability, reduce the risk of falls, and boost rehabilitation effectiveness. Itis equipped with advanced sensors, providing various training modes to choose from. It also allows users to manage training reports for different patients and view multiple angle curve graphs and comparison graphs. It is suitable for individuals with ankle dysfunctions, including foot drop and foot inversion.  

"Stropro" Ankle Joint Walking Assistance Training Device 

Stropro Ankle Joint Walking Assistance Training Device

My Robot Time (Sz) Co., Ltd.

This humanoid robot is a multi-functional robot composed of 18 servo motors, used in conjunction with a programmable mainframe that has obtained Huawei-OpenHarmony ecosystem product compatibility certification. In addition to basic movements such as forward, backward, left, right, and somersaults, the robot can also perform complex functions such as playing soccer, boxing, playing hockey, and dancing. It can participate in various robotics competitions, develop creative products, and be used for robotics education. Combined with a 3D-printed shell, the robot can have a variety of shapes, allowing it to play different roles. The overall design of the product has a strong mechanical feel, complemented by full-color LEDs, creating a new aesthetic. Open shape parameters and a DIY interface are provided, allowing users to design the robot's appearance according to their preferences. The mainframe and servo motors use a 3-wire serial protocol connection, resulting in clean and unobstructed wiring. Each servo motor has an independent processor, enabling faster movements. An accompanying paper assembly manual is included, with clear illustrations and steps. The product is packaged in a storage box for easy storage and portability, effectively protecting the product. 

Desktop Humanoid Education Robot

Desktop Humanoid Education Robot with 18 servo motors

Xiamen Healthpal Electronic Co Ltd

◆Heating function max to 55℃,inside Max 80&nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; ◆adapter input:110-240V 50/60HZ 0.68A MAX/0.4A,output:8.4V 1500mA,11W&nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; ◆Motor Speed:12000 rpm&nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp;
◆rechargebale battery 7.4V 2300mAh Li-batteries
◆ Different design for different body part, such as knee-joint, articulation cubiti and shoulder joint
◆ The spring and far infrared fabric material can be extend freely to meet different size.
◆ Heating function max to 55℃ in 10 mins
◆ With one powerful motor inside, massage the muscle and arthrosis. relieve the pain.
◆ Inside use bamboo charcoal fabric，release Naturally Far Infrared, good for body health.
◆ With 4pcs Jade, emit far infrared radiation which deep into the subcutaneous tissue, accelerate blood circulation, move the harmful substance.
◆ Time controll of&nbsp; 5,10,15 mins&nbsp;
◆ With 2000MA LITHIUM battery, freely move more than 2 hrs.
◆ Enjoy massage and hot physical therapy when you are working, cooking, walking or have&nbsp; rest&nbsp; &nbsp; &nbsp;

Wearable Arms and Legs Physiotherapy Massager

UBTECH Robotics Corp.

Alpha 1S is a humanoid household robot which is programmable, interactable and affordable. It&rsquo;s perfectly designed with high-precision servo joints and editing software for 3D visual motions, which are seamlessly controlled with one app. Alpha 1S has a wide range of applications in different areas, such as entertainment, education, household, commerce, and media. 	 Humanoid household robot. 	 Programmable, interactable and affordable. 	 With high-precision servo joints and editing software for 3D visual motions. 	 Seamlessly controlled with one app. 	 Offer a wide range of applications. 	 Suitable for different areas such as entertainment, education, household, commerce, and media.  

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