普康醫學儀器有限公司

EKSO NR 外骨骼步行訓練機械人我們的使命很簡單 - 提升NeuroRehabilitation的護理標準。通過 開發我們行業領先的機器人技術，我們繼續推動醫療標準， 運用我們的專業知識創造下一代可穿戴技術：Ekso 基於多年的研究，在全球270多個康復中心成功實施，並有超過1億個記錄在案的培訓步驟。 Ekso旨在優化治療師和患者體驗。 Ekso服務於中風，脊髓損傷和各種損傷的最廣泛患者範圍，可提高患者治療效果，並在全球範圍內區分NeuroRehan計劃。採用市場上最具適應性和研究性的康復外骨骼，成為Ekso的護理人員。  

EKSO NR 外骨骼步行訓練機械人

EKSO INDEGO 外骨骼肌步行輔助機械人Ekso Indego Personal 是一種動力下肢矯形器，也稱為動力外骨骼，它使行動不便的人有機會獨立行走。該設備由膝關節和髖關節中的複雜電機提供動力，並結合先進的傳感器和控制策略，使步態受損的人能夠再次站立和行走，使他們在家庭和社區中的獨立性達到新的水平。Ekso Indego 是唯一一款提供模塊化快速連接設計的外骨骼，讓您無需協助即可穿脫設備。 Ekso Indego 重量僅為 29 磅（13 公斤），是目前最輕的商用外骨骼，易於搬運、運輸和存儲。我們的使命很簡單 - 提升NeuroRehabilitation的護理標準。通過 開發我們行業領先的機器人技術，我們繼續推動醫療標準， 運用我們的專業知識創造下一代可穿戴技術：Ekso 基於多年的研究，在全球270多個康復中心成功實施，並有超過1億個記錄在案的培訓步驟。 Ekso旨在優化治療師和患者體驗。 Ekso服務於中風，脊髓損傷和各種損傷的最廣泛患者範圍，可提高患者治療效果，並在全球範圍內區分NeuroRehan計劃。採用市場上最具適應性和研究性的康復外骨骼，成為Ekso的護理人員。 

EKSO INDEGO 外骨骼肌步行輔助機械人

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

靈巧智能科技(香港)有限公司

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.

GP Technologies Limited

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-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

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.

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

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

Maddox Technology Limited

"iClimber" 是一款輔助及增強下肢運動功能所設計的智能穿戴裝置。專為提升穿戴者在步行、上樓梯、戶外活動、徒步登山等日常活動中的運動效率而設計。 透過先進的動力系統與精密的感測模組，設備能即時感知使用者的行走意圖，提供高效率、可調節的輔助力輸出協助使用者在步行過程中減輕下肢負擔，提升步態穩定性與運動舒適度。 

"iClimber" 行走助力機械人

iClimber Walking Assistance Robot enhances lower limb motor function

萬希泉鍾錶有限公司

Model No.MO 0825CASEPVD-black-coated stainless-steel caseWatch diameter: approx. 43mmWatch thickness: approx. 13.5mmBoth sides sapphire crystalWater resistance: 5ATMMOVEMENTFlying tourbillon193 pieces of subassembly module and 27 jewelsFrequency: 28800 oscillations/hourTwin mainspring barrelFEATURES80 hours power reserveThe tourbillon located at 6 o'clock rotates at a speed of 60s for one circleManual winding mechanismDIALSkeleton dialExosuit metal reliefSilver handsSTRAPPVD-black-coated stainless-steel strap Barcode : 4894379460680    

EXOSUIT OF “WARRIORS OF FUTURE”

Stropro是一款提供踝背屈助力的智慧康復機器人，通過改善踝背屈功能提高踝關節的穩定性，減少跌倒風險，增强康復效果。內置精密感測器，提供不同模式訓練可供選擇；亦可讓使用者管理不同患者的訓練報告及查看多個角度曲線圖及對比曲線圖。 適合踝關節運動功能障礙人士使用，包括足下垂、足內翻等。 

"Stropro" 踝關節步行輔助訓練設備

Stropro Ankle Joint Walking Assistance Training Device

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

The DexHand021 Pro represents China’s first fully biomimetic, five-fingered dexterous hand with an integrated wrist-hand structure and dual-tendon drive. It features four core innovations: 22-DoF biomimetic design, dual-tendon drive system, wrist-hand integrated control, and integrated edge AI compute. This enables multi-scale, continuously differentiable dynamic control and omnidirectional 3D-space manipulation. The innovative dual-tendon drive system, capable of bidirectional actuation, works in synergy with a full-palm sensing system to execute high-speed, high-precision, fine-grained, human-like finger movements and explosive grasping tasks. The unique wrist-hand integrated control technology expands the operational workspace by approximately 30%. Supported by built-in edge AI compute, it achieves millisecond-level real-time decision-making, accurately replicating the natural range of motion of the human wrist. By integrating real-time dual-tendon tension feedback with high-resolution tactile sensing, the hand maintains stable operation even under multi-dimensional motion and external disturbances. It excels in motion precision, anti-interference capability, and dynamic speed regulation, standing as the five-fingered dexterous hand that most closely mimics human hand movement.   

DexHand021 Pro

DexHand021 Pro is a biomimetic five fingered dexterous hand.

佳澤工程有限公司

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

The DexHand021 S is a thousand-dollar level, high-performance three-fingered dexterous hand designed for scientific research, educational, service, and industrial applications. It incorporates patented rigid-flexible coupled transmission technology, offering 8 DoF and a 22N grip force. Capable of performing approximately 80% of core hand manipulations—including stable grasping and tool use—it combines a lightweight (0.6 kg) and industrially durable design with integrated visual/tactile multi-modal perception. This makes it adaptable for scenarios from service robotics and industrial inspection to agricultural harvesting. Supported by a fully open-source ecosystem that lowers the development barrier and accelerates secondary development, its core advantages are low cost, easy maintenance, multi-protocol compatibility, and plug-and-play usability, making it substantially enhance the functionality and cost-effectiveness of robotic end-effectors.    

DexHand021 S

DexHand021 S is a high performance dexterous robotic hand.

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.

鈦虎機器人科技（上海）有限公司

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

exoPill measures personal status of musculoskeletal system and aids recovery by providing personalized rehabilitation trainings. Sets of modules provide universal &amp; optimal placement on body pars for NMES(neuromuscular electrical stimultion) along with sample APP controller. All biosignal &amp; activity data can be stored in Cloud DB and analyzed with AI to derive health indices. Medical experts / physical trainers can browse to monitor and management progress remotely. Digitalized data enables compliance on progress tracking and record keeping, enabling easier cooperation among colleagues. Gamified rehab exercises and professional rehab exercises are available. This training 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. 

exoPill Biosignal-based Muscle Strengthening Tool & Cloud-based Rehab Management

exoPill Biosignal based Muscle Strengthening Tool

The DexHand021 MP,our flagship model, is an industrial-grade, mass-produced five-fingered dexterous hand featuring 19 DoF with three-joint fingers. Equipped with 23 built-in sensors, it enables operations such as single-handed cube solving, multi-object grasping, and the use of common tools through visual servoing and an exoskeleton control suit. The DexHand021 MP excels in reliability, high integration, strong compatibility, easy maintenance, low power consumption, and multi-modal capabilities. By integrating tendon-driven elastic underactuation technology with multi-modal sensory processing, motion planning, and embodied intelligence algorithms, it achieves precise measurement and fine-grained perception of the environment and manipulated objects.     

Dexhand021 MP

DexHand021 MP, an industrial grade dexterous robotic hand

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

We independently develop products that integrate drivers, motors, reducers, brakes, encoders, and sensors. Through innovative design, our torque density has reached a leading level in China. With over 50 models available, it is a one-stop solution that allows for flexible construction of robot products with different performance and costs. 

Lightweight joint module

Lightweight joint module for flexible robot construction

鑨翔工藝有限公司

Skeleton Suit Costume

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. 

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