ZEPU-AI9 LOWER LIMB EXOSKELETON REHABILITATION ROBOT
$69,000.00
Shipped From China
ZEPU-AI9 lower limb exoskeleton rehabilitation robot enables assisted walking training for patients with mobility impairments. It enhances gait recovery, muscle strength, and coordination through intelligent support, making it ideal for neurological rehabilitation and advanced physiotherapy applications in clinical environments.
Typically 10-21 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.
Description
ZEPU-AI9 Lower Limb Exoskeleton Rehabilitation Robot is an advanced robotic system designed to assist patients in regaining walking ability. It provides intelligent gait training through powered support and adaptive motion control. Ideal for patients with stroke, spinal cord injury, or lower limb weakness, the system improves balance, coordination, and muscle strength. Widely used in hospitals and rehabilitation centers, it delivers safe, repeatable, and efficient therapy sessions, helping accelerate recovery and restore independence through structured walking training programs.
LOWER LIMB EXOSKELETON REHABILITATION ROBOT
Based on the principle of neural remodeling, combined with sitting, standing, and walking, it can realize the functions of landing, walking, and standing in situ (one leg and two legs). The mechanical leg can drive patients to complete a large number of repeated physiological gait training, enhance muscle strength, and restore joint motion. In addition, a hand controller can be added for patients to start and turn by themselves, and restore the proprioception during walking to a greater extent.
Specificaations
Walking pace: 1-50 steps/minute | Time of training: 1~99min
Step speed: 1-20 steps/minute | Maximum load-bearing capacity: 100kg
Exercise step length: | Height range: 150~190cm
Scope of Application:
- Postoperative patient group: patients in cardiology, orthopedics, neurology, and obstetrics, such as postoperative respiratory insufficiency caused by coronary artery bypass surgery, venous thromboembolism caused by thick joint replacement, etc.
- Elderly and chronic disease groups: including physical function disability, organ dysfunction, and physiological/pathological aging, such as chronic cardiopulmonary disease, cerebrovascular disease, hypertension, malnutrition, activity restriction caused by Parkinson’s disease or Alzheimer’s disease, cognitive impairment, falls, and gait disorders, etc.
- Neurorehabilitation patients: stroke, brain injury, spinal cord injury, and other neurological diseases
Clinical Treatment Effect:
- Exercise to restore lower limb muscle strength: eliminate muscle tension and reduce muscle spasm
- Improve joint motion and prevent joint stiffness:
- Overcome the consequences caused by the lack of exercise, such as blood circulation problems, joint stiffness, muscle contractures, digestive problems, defecation problems, osteoporosis, lower limb edema, etc., prevent bedsore and venous thrombosis, promote large, smooth urination
- Improve and improve walking ability: basic functions needed to establish and maintain walking (motor control, muscle strength, endurance). Reduce your stiffness and improve your confidence in walking
- Instead of labor, save time and cost.
- Training mode: passive training. Training methods: standing, walking, sitting, walking on the ground, standing in place (one leg, both legs)
Functional Characteristics:
- User information collection: save patient information, training data, and training reports
- Leg length one-click adjustment: electric adjustment leg length, input leg length data one-key adjustment, and the data is saved to the patient information, convenient for direct use next time, helping patients quickly wear.
- AI gait learning: The device can learn the gait trajectory of normal people through the AI gait learning function, thus allowing patients to learn and providing them with more gait training prescriptions.
- Reducing real gait: Through bionic technology and dynamic weight reduction technology, the equipment restores the normal physiological gait of the human body, the gait control is compliant, and the center of gravity transfer is more natural.
- Force feedback guidance: the equipment demonstrates and records the patient’s power force condition through force feedback, which more directly reflects whether the patient’s power force is correct, and facilitates the therapist to make more professional and accurate treatment prescriptions for the patient.
- Add hand controller: Patients can directly control the device to advance, stop, and turn through the hand controller to maximize the sensation of walking
- Quick wear: the device is simple to operate, with electric control of one-key standing and one-key sitting position, quickly adjust the body position, patients can only need to use the sitting professional position, with an average wear and off time of 2-3 minutes, reducing the working intensity of the therapist.
Quick Comparison
| ZEPU-AI9 LOWER LIMB EXOSKELETON REHABILITATION ROBOT remove | C200 Weighing Chair remove | Smart Bath Cart HH-SB02 remove | CN-E05DGY Electric Intelligent Nursing Bed remove | ACCORDIX-ECG Monitor remove | Transfer Chair HH TC02 remove | |||||||||||||||||||
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| Name | ZEPU-AI9 LOWER LIMB EXOSKELETON REHABILITATION ROBOT remove | C200 Weighing Chair remove | Smart Bath Cart HH-SB02 remove | CN-E05DGY Electric Intelligent Nursing Bed remove | ACCORDIX-ECG Monitor remove | Transfer Chair HH TC02 remove | ||||||||||||||||||
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| SKU | SF1033560130187-32 | |||||||||||||||||||||||
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| Price | $69,000.00 |
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| Description | Shipped From China
ZEPU-AI9 lower limb exoskeleton rehabilitation robot enables assisted walking training for patients with mobility impairments. It enhances gait recovery, muscle strength, and coordination through intelligent support, making it ideal for neurological rehabilitation and advanced physiotherapy applications in clinical environments.
Delivery & Availability:
Typically 10-21 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.
| Shipped From Abroad
The Fauteuil Peseur C200 is a specialist weighing chair designed to move and weigh patients up to 200 kg with an accuracy of 100 g. It features robust armrests, a wide seat, and ergonomic transfers - ideal for hospitals, clinics, and bariatric care units.
Delivery & Availability:
Typically 10-21 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.
| Shipped From Abroad
An intelligent, stationary bath aid designed to serve elderly and disabled users. It allows hair and body washing without transferring the user, effectively reducing infection risk, caregiver strain, and discomfort from movement.
Delivery & Availability:
Typically 10-21 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.
| Shipped From Abroad
The CN-E05DGY Electric Intelligent Nursing Bed features ultra-low to high lift (250–680 mm), five electric functions, including tilt (0–13°), a ventilated stamping bedboard, four-section adjustment, wired control, moisture protection, and IoT-enabled intelligent care
Delivery & Availability:
Typically 10-21 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.
| Shipped From Abroad
The Accordix system is designed for remote control of physiological parameters during training sessions of both patients with somatic diseases and professional athletes using tele-ECG technologies.
Delivery & Availability:
Typically 10-21 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.
| Shipped From Abroad
The HH-TC02 Transfer Chair is an electric mobility aid designed for elderly and disabled users, providing effortless lifting, transferring, and movement. It enhances safety, comfort, and independence at home, hospitals, or care facilities with adjustable height and stable motorized operation.
Delivery & Availability:
Typically 10-21 working days – excluding furniture and heavy/bulky equipment. Please contact us for further information.
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| Content | ZEPU-AI9 Lower Limb Exoskeleton Rehabilitation Robot is an advanced robotic system designed to assist patients in regaining walking ability. It provides intelligent gait training through powered support and adaptive motion control. Ideal for patients with stroke, spinal cord injury, or lower limb weakness, the system improves balance, coordination, and muscle strength. Widely used in hospitals and rehabilitation centers, it delivers safe, repeatable, and efficient therapy sessions, helping accelerate recovery and restore independence through structured walking training programs. LOWER LIMB EXOSKELETON REHABILITATION ROBOT Based on the principle of neural remodeling, combined with sitting, standing, and walking, it can realize the functions of landing, walking, and standing in situ (one leg and two legs). The mechanical leg can drive patients to complete a large number of repeated physiological gait training, enhance muscle strength, and restore joint motion. In addition, a hand controller can be added for patients to start and turn by themselves, and restore the proprioception during walking to a greater extent. SpecificaationsWalking pace: 1-50 steps/minute | Time of training: 1~99min Step speed: 1-20 steps/minute | Maximum load-bearing capacity: 100kg Exercise step length: | Height range: 150~190cm Scope of Application:
Clinical Treatment Effect:
Functional Characteristics:
| The Fauteuil Peseur C200 enables safe patient transfer and accurate weight measurement in one unit. Its robust construction supports patients up to 200 kg, with weighing precision down to 100 g. Features include fold-back armrests for lateral transfer access, a wide seat and backrest for comfort, and a retractable footrest on a slide for ergonomic positioning without caregiver bending. A high-contrast LCD display offers quick readouts and includes tare and BMI calculation functions. Designed for high-throughput clinical settings, it combines functionality, ergonomics, and durability. Features
Technical Specifications
| The Smart Bath Cart HH‑SB02 is an innovative bathing aid specifically designed to address the key challenges faced by elderly individuals and people with disabilities during bathing. Unlike traditional bath assistive devices that require the user or machine to be moved, this advanced system introduces a stationary, intelligent bathing solution that prioritizes safety, comfort, and hygiene. This next-generation product eliminates the risks associated with physical transfers, which can lead to worsened symptoms or complications, especially in post-operative patients or those with severe mobility issues. By enabling bathing without relocating the user, it helps prevent injuries, reduce caregiver strain, and minimize the risk of infections commonly caused by unnecessary movement and exposure. Built with a focus on user-centered care, the HH-SB02 supports non-invasive, comfortable bathing for patients in hospitals, care homes, and private residences. It represents a transformative approach to hygiene and rehabilitation, combining intelligent features, ergonomic design, and advanced safety mechanisms to create a dignified, practical bathing experience for those who need it most. Key Features
Use Cases
Specifications
| The CN-E05DGY Electric Intelligent Nursing Bed is specially designed for critically ill patients, postoperative rehabilitation, and people who have been bedridden for a long time. It integrates intelligent control, ergonomics, and Internet of Things technology to provide a full-scenario nursing solution. Through multi-dimensional adjustment, intelligent monitoring, and remote management functions, the working intensity of nursing staff is significantly reduced, and the comfort level and rehabilitation efficiency of patients are improved.
AdvantagesUse Cases
| FeaturesRemote control of physiological parameters Accordix includes:
| The HH-TC02 Electric Transfer Chair offers a safe and convenient way to assist patients or elderly individuals in standing, sitting, or moving between rooms. Built with durable materials and a strong lifting mechanism, it supports up to 150 kg while maintaining smooth and quiet motion. The height-adjustable design and ergonomic seat make it comfortable for daily use in hospitals, rehabilitation centers, or home care environments. With battery-powered mobility, 5-inch front wheels, and easy operation, it provides comfort, safety, and independence. Features
Technical Specifications
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