The highlights of the enterprises that have settled in Wuhan Investment and Control Digital Innovation Industrial Base - Hanjiang Robotics
This article is reprinted from Wuhan Kexin Tong.
This Issue's Introduction
At Wuhan Capital Control Innovation Base, a "university research - concept verification - enterprise incubation - industrialization implementation" innovation chain is running smoothly. Represented by Hubei Hanjiang Robot Intelligent Manufacturing Co., Ltd., jointly initiated by Guangzhou Ren Laibang and Jianghan University's Intelligent Manufacturing College, enterprises within the base, relying on Jianghan University's (Hanyang) industry-university-research-application base, focus on intelligent manufacturing and the intersection of medicine and engineering, have incubated the first brain-computer interface smart ward in China, and have taken a distinctive development path of "deep integration of industry-university-research-application".
Company Profile
Hubei Hanjiang Robot Intelligent Manufacturing Co., Ltd.
HUBEI HANJIANG ROBOT INTELLIGENT MANUFACTURING CO., LTD.
Establishment Date: 2025
Co-Initiators: Guangzhou Renla Rehabilitation Equipment Manufacturing Co., Ltd. | Jianghan University Institute of Intelligent Manufacturing
Backed Platform: Wuhan Concept Validation Center (Jianghan University)
Headquarters Address: Zhongguancun Science and Technology Building, HanYang District, Wuhan
Strategic Directions: Elderly Medical Intelligent Equipment · Wearable Intelligent Equipment · Motion Rehabilitation Intelligent Robots
CHAPTER 01
Company Profile
Renlife Rehabilitation (RETLIFE) was established in 2009 and its headquarters is located in Guangzhou. It is a national high-tech enterprise and a specialized and innovative enterprise. The company adheres to the brand concept of "Rehabilitation brand, trusted Renlife", and takes the International Classification of Function (ICF) as the research standard. It upholds the product concept of "Warmth, Nature, Harmony". It has served over 10,000 medical, elderly care, educational institutions, disability associations, and civil affairs organizations across the country, and holds over 100 patents. It has passed ISO9001 international quality system certification.
In 2020, Renlife Rehabilitation jointly established the Hubei Jiuzhou Renlife Factory (Huangshi) with Jiuzhou Tong Medical Equipment Group, forming a national layout of "3 major R&D centers, 2 major production bases, and 1 major marketing center". In 2024, it will collaborate with Jianghan University to establish the Wuhan Concept Verification Center; in 2025, it will complete the brand image refresh and upgrade, and the first brain-computer interface smart ward in Wuhan will be implemented; in 2026, the brain-computer interface electric bed will receive the honors of the Wuhan Science and Technology Assistance for Disability Innovation Promotion Project and the Wuhan Artificial Intelligence Medical New Generation Intelligent Terminal Product.
Hanjiang Robot was established in 2025, jointly initiated by Renlife Rehabilitation and Jianghan University's Intelligent Manufacturing College. It relies on the Wuhan Concept Verification Center (Jianghan University) and focuses on the research, production, and industrialization implementation of intelligent rehabilitation equipment. The company's headquarters is located in Zhongguancun Science and Technology Building in HanYang District, Wuhan, with the mission of "Enabling health with technology, driving the future with innovation".
CHAPTER 02
Industrial-Research-Application-Training Base
Jianghan University (Hanyang) Industry-Research-Application-Training Base
Innovation Hub for Intelligent Manufacturing and Medical Engineering Integration
Local-government Cooperation · University-Enterprise Collaboration · Industry-Education Integration · Research-Application Integration
The core support for Hanjiang robots - the Jianghan University (Hanyang) Industry-Research-Application-Training Base is an innovative platform focusing on the integration of intelligent manufacturing and medical engineering. The base fully leverages the research advantages of Jianghan University and actively responds to the AI industrial cluster strategy deployment of Hanyang District Government, constructing an ecosystem of "local-government cooperation, university-enterprise collaboration, industry-education integration, and research-application integration".
Base Positioning and Core Mission
The base is positioned as an innovation hub for intelligent manufacturing and medical engineering integration, and its core mission can be summarized with three key words:
❶ Breakthrough Bottlenecks
Break through the bottleneck of the single-functionality of traditional rehabilitation equipment, with human-machine collaboration as the technical core
❷ Empower Scenarios
Integrate multi-modal sensors, AI decision-making algorithms, and flexible actuators to develop intelligent rehabilitation systems with environmental perception, motion intention recognition, and adaptive adjustment capabilities
❷ Cultivate Enterprises
Hatch innovative enterprises in the fields of rehabilitation robots and wearable equipment, promoting industrialization implementation
Three Core Technology Platforms
The base has established three core technology platforms, covering the complete technical chain from perception, control to application:
Platform One · Multi-modal Fusion Perception Technology Platform
Integrate multi-source sensing data from vision, force, and electromyography to provide precise environmental perception and motion intention recognition capabilities for rehabilitation equipment
Platform Two · Embodied Intelligent Robot Research Platform
Focus on embodied intelligent robots for rehabilitation scenarios, covering core aspects such as structural design, motion control, and human-machine interaction
Platform Three · Intelligent Control and Data Application Platform
Based on AI decision-making algorithms and data management systems, achieve quantitative assessment of rehabilitation processes, personalized training plan generation, and efficacy tracking
Resource Support System
• Access to National Key Laboratory Resources
• Rely on Hubei Engineering Technology Research Center
• Wuhan "Health Care" Device Concept Verification Center (Jianghan University)
• Cooperate with universities such as Huazhong University of Science and Technology and Wuhan University of Technology
High-Quality R & D Team
The base has formed a high-quality R & D team composed of university experts, industrial engineers, PhDs, and masters, forming a talent structure of "expert leadership, backbone support, and young generation梯队". It conducts practical teaching based on projects and achieves seamless connection between talent cultivation and industrial demands.
Incubated Enterprises and Key Achievements
Incubated Enterprises | Direction | Core Products
Hubei Hanjiang Robot | Rehabilitation Robots | Acupuncture Robot， Assistive Walking Exoskeleton， Upper Limb Training System
Wuhan Xingmengze Technology | Wearable Equipment | Intelligent Wearable Rehabilitation Equipment
CHAPTER 03
Innovation Chain
At Wuhan Investment and Control Science and Technology Innovation Base, the collaboration among industry, academia and research is not merely a simple transfer of technology, but a systematic innovation that runs through the entire chain from "concept verification - product development - clinical application - industrialization". Take the brain-computer interface smart ward as an example, the operation mechanism of this chain is clearly visible:
Academic-Industrial-Research Innovation Chain
The research strength of Jianghan University
↓
Proof-of-Concept Center · Technical Validation
↓
Hanjiang Robot · Product Development
↓
People recover · Production manufacturing
↓
Clinical Application · Smart Hospital
2024 · Jointly Build Proof-of-Concept Center
Rehabilitation Center by Renai Rehabilitation and Jianghan University was established to integrate university research results into the industrial verification process. In the same year, multiple intelligent rehabilitation devices were independently developed, and product iterations covered the entire field of rehabilitation.
2025 · First Brain-Computer Interface Smart Hospital in China Launched
Brand image was refreshed and upgraded. The first brain-computer interface smart hospital was launched in Wuhan. This hospital uses the hospital bed as the sole core diagnostic and treatment platform, integrating brain signal collection, vital sign monitoring, human-computer interaction, intelligent care, and data management functions into the hospital bed. No transfer equipment is required, no mandatory body position is needed, and continuous, non-invasive, and precise brain diagnosis and rehabilitation monitoring can be achieved for bedridden patients 24 hours a day.
2026 · Technological Achievements Received Official Recognition
The brain-computer interface electric hospital bed received two honors: the Wuhan Science and Technology Project for Assisting the Disabled Innovation Promotion and the New Generation Intelligent Terminal Product of Artificial Intelligence Medical in Wuhan.
— Corporate Milestones —
2009 · Start a New Journey
Renai Rehabilitation was officially established, focusing on the field of rehabilitation equipment.
2010-2013 · Promote Brand
Quickly expanded market coverage; 70% of secondary hospitals and 80% of tertiary hospitals were covered; became the official supplier for the 2010 Asian Games
2017 · Found a Foundation
Received the first patent for electric rehabilitation beds in China; obtained the High-tech Enterprise Certificate; passed ISO9001 international quality system certification
2020 · New Layout
Established an Hubei factory in joint venture with Jiujiang Tong; formed a national layout of 3 major R&D centers, 2 major production bases, and 1 major marketing center
2022 · Expand Territory
Provided solutions to over 10,000 medical, critical care, elderly care, educational institutions, disability associations, and civil affairs organizations
2024 · Diversification
Independently developed multiple intelligent rehabilitation devices; jointly built a Wuhan proof-of-concept center with Jianghan University
2025 · Brand Image Refresh and Upgrade; First Brain-Computer Interface Smart Hospital Launched in Wuhan; Hanjiang Robot Company Established
2026 · Win Honors
The brain-computer interface electric hospital bed received honors for the Wuhan Science and Technology Project for Assisting the Disabled Innovation Promotion and the New Generation Intelligent Terminal Product of Artificial Intelligence Medical
CHAPTER 04
Innovation Achievements
FLAGSHIP PRODUCT
Brain-Computer Interface Smart Hospital System
A flagship achievement of industry-university-research cooperation · The first to be implemented in Wuhan
This system takes the hospital bed as the sole core diagnostic and treatment carrier, integrating all functions such as brain signal collection, vital sign monitoring, human-computer interaction, intelligent care, and data management onto the hospital bed, achieving 24-hour uninterrupted, non-invasive, and precise brain diagnosis and rehabilitation monitoring for bedridden patients.
Core Components of the Smart Hospital
Brain-Computer AI Electric Hospital Bed RLRF306
A multi-functional electric hospital bed with integrated station standing position, CPR position, sitting position, electrocardiogram monitoring, and lower limb weight detection
Brain-Computer AI Electric Hospital Bed RLRF314A
A new generation of intelligent hospital bed, integrating brain signal collection and AI interaction terminal
Brain-Computer AI Interaction Terminal
Real-time brain function monitoring, early assessment, and early intervention
Brain-Computer AI Control Terminal
Intelligent care control center, data management and linkage
Smart Bed Curtain System
Intelligent privacy management of the hospital ward
Smart Lighting/Socket Control System
Brain-Computer Interface-controlled hospital environment management
Suitable for clinical scenarios
A · Neuro Intensive Care Unit
Patients with consciousness disorders, stroke, and brain injury, real-time brain function monitoring at the bedside, early assessment, early intervention, and reduced transfer risks
B · Neuro Rehabilitation Unit
Patients with hemiplegia, impaired motor function, and spinal cord injury, bedside rehabilitation training combined with brain computer, awakening neural pathways, and accelerating functional recovery
C · Elderly Brain Disease Area
Patients with Alzheimer's, Parkinson's, etc., electroencephalogram monitoring + behavioral intervention, full-bed supervision, and improvement of care quality
— Brain-Computer Interface Rehabilitation Equipment Series —
Product Name ｜ Model ｜ Core Function
Upper Limb Plane Mirror Image Rehabilitation Robot (RLMP501)
Help patients complete training in any angle and trajectory within the plane, improving upper limb muscle strength, joint range of motion, and movement control ability
Upper and Lower Limb Movement Rehabilitation Training Machine (LMP401)
Three training modes: active, passive, and active-passive, preventing muscle atrophy, joint limitation, and deep vein thrombosis and other complications
Multifunctional Electrical Stimulation Therapist (RLPY101)
4-channel output, including interference current, pre-adjusted current, bidirectional pulse, etc., for pain treatment and promoting muscle function reconstruction
Transcranial Repetitive Magnetic Stimulation Device (KNZ-TMS-C100/60/30)
Stimulates brain nerve units through pulse magnetic fields, used for brain function regulation
Swallowing Neuromuscular Electrical Stimulation Device (RLPY107)
Low-frequency pulse current stimulates the nerve muscles in the throat and neck, promoting recovery of swallowing function
Low-frequency External Diaphragm Pacemaker (RLPY106)
Low-frequency pulse electrical stimulation of the phrenic nerve to restore diaphragm function and increase ventilation volume
— Electric Hospital Bed Product Line —
Model ｜ Standing ｜ Touch Screen ｜ Electrocardiogram Monitoring ｜ Lower Limb Weight ｜ One-click CPR ｜ Vertical Rise and Fall
RLRF305 ｜ ✓ ｜ — ｜ — ｜ — ｜ ✓ ｜ ✓
RLRF304 ｜ ✓ ｜ — ｜ — ｜ — ｜ ✓ ｜ ✓
RLRF304A ｜ ✓ ｜ ✓ ｜ ✓ ｜ — ｜ ✓ ｜ ✓
RLRF306｜ ✓ ｜ ✓ ｜ ✓ ｜ ✓ ｜ ✓ ｜ ✓
The flagship product RLRF306 integrates standing position, CPR position, sitting position, electrocardiogram monitoring, and lower limb weight detection, equipped with a 7-inch touch control screen, suitable for rehabilitation standing assistance training for patients with brain stroke, brain trauma, and lower limb movement dysfunction caused by stroke.
CHAPTER 05
Model Value
Three strategic product directions
Intelligent medical equipment for geriatrics
Developing devices such as monitoring and intelligent monitoring for geriatric brain diseases in line with the aging trend in China
