About Clinical Robotic Hand Rehabilitation System with Touch Screen
Biotronix Clinical Robotic Hand Rehabilitation System with Touch Screen
The Clinical Robotic Hand Rehabilitation System with Touch Screen is an advanced medical-grade rehabilitation device designed to improve hand function, restore finger mobility, and support upper limb motor recovery in patients with neurological and orthopedic conditions. Featuring intelligent soft robotic technology, precision pneumatic finger assistance, and a high-resolution touchscreen interface, the system delivers personalized rehabilitation programs that promote neuroplasticity, motor relearning, and functional independence.
The rehabilitation system provides multiple therapy modes, including passive training, active-assisted therapy, mirror therapy, bilateral hand training, and individual finger movement exercises. Its intuitive touchscreen control panel enables therapists to easily adjust treatment parameters, monitor patient performance in real time, and manage rehabilitation data for evidence-based clinical care.
Designed for hospitals, neurological rehabilitation centers, physiotherapy clinics, occupational therapy departments, rehabilitation hospitals, and hand therapy clinics, this robotic rehabilitation system combines intelligent technology with user-friendly operation for efficient clinical rehabilitation.
Key Features
- Clinical Soft Robotic Hand Rehabilitation Technology
- High-Resolution Color Touchscreen Display
- Intelligent Pneumatic Finger Motion Assistance
- Passive, Active-Assisted, Mirror & Bilateral Therapy Modes
- Independent Finger Flexion and Extension Training
- Interactive Task-Oriented Rehabilitation Exercises
- Adjustable Assistance Levels
- Real-Time Therapy Monitoring
- Intelligent Microprocessor-Based Control System
- Patient Progress Tracking and Data Management
- Preset & User-Customizable Rehabilitation Programs
- Lightweight and Ergonomic Robotic Glove Design
- Quiet Pneumatic Operation
- Medical-Grade Safety Protection
- Designed for Continuous Professional Clinical Use
Technical Specifications
| Specification | Details |
| Product Type | Clinical Robotic Hand Rehabilitation System |
| Technology | Soft Robotic Pneumatic Rehabilitation |
| Display | High-Resolution Color Touchscreen LCD |
| Therapy Modes | Passive, Active-Assisted, Mirror, Bilateral & Task-Oriented Training |
| Finger Control | Independent Finger Motion Assistance |
| Assistance Levels | Multi-Level Adjustable |
| Motion System | Intelligent Pneumatic Drive |
| Control System | Microprocessor-Based Intelligent Control |
| Therapy Programs | Preset & User-Customizable |
| Data Management | Patient Database with Progress Reports |
| Safety Features | Pressure Monitoring, Emergency Stop & Self-Diagnostic System |
| Power Supply | AC 100240 V, 50/60 Hz |
| Clinical Application | Hand & Neurological Rehabilitation |
Applications
- Stroke Rehabilitation
- Hand Function Recovery
- Finger Mobility Training
- Hemiplegia Rehabilitation
- Upper Limb Motor Rehabilitation
- Traumatic Brain Injury (TBI)
- Spinal Cord Injury Rehabilitation
- Peripheral Nerve Injury Rehabilitation
- Parkinson's Disease Rehabilitation
- Multiple Sclerosis Rehabilitation
- Cerebral Palsy Rehabilitation
- Hand Trauma Rehabilitation
- Post-Surgical Hand Rehabilitation
- Occupational Therapy
- Fine Motor Skill Rehabilitation
Benefits
- Supports repetitive hand and finger exercises to promote motor relearning
- Encourages neuroplasticity and functional recovery
- Helps improve grip strength, dexterity, coordination, and finger flexibility
- Assists with grasp, release, pinch, and fine motor skill development
- Provides personalized robotic assistance based on patient ability
- The touchscreen interface simplifies treatment setup and parameter adjustment
- Enables bilateral mirror therapy for neurological rehabilitation
- Tracks rehabilitation progress through real-time performance monitoring and reports
- Lightweight and comfortable glove for extended therapy sessions
- Non-invasive rehabilitation solution suitable for professional clinical environments
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Advanced Technology for Personalized Hand RehabilitationHarnessing soft robotic pneumatic technology, this rehabilitation system delivers intelligent, adaptable assistance for finger flexion and extension exercises. Five independent channels allow precise, individualized finger training to meet each patient's recovery needs. The user-friendly, LED-backlit touch screen, combined with portable design, ensures ease of use in various settings, from hospitals to home healthcare.
Versatile Application Across Age Groups and ConditionsThis system is suitable for children, adults, women, elders, and even infants, addressing a range of hand mobility challenges. Its multiple operation modes accommodate the unique needs of stroke survivors, patients with hand paralysis, those needing neurological rehabilitation, and anyone requiring enhanced finger mobility. The system fosters neuroplasticity and motor relearning for comprehensive recovery.
Safe, Practical, and Easy MaintenanceConstructed with medical-grade ABS plastic and a soft fabric glove, the device is safe and comfortable for extended use. It operates on standard AC power with low noise, ensuring an undistracted rehabilitation experience. For optimal longevity, store the system in a cool, dry, and clean environment. The product is covered by a one-year warranty for peace of mind.
FAQ's of Clinical Robotic Hand Rehabilitation System with Touch Screen:
Q: How does the Clinical Robotic Hand Rehabilitation System facilitate recovery from hand paralysis or stroke?
A: The system uses soft robotic pneumatic technology to provide precise, individualized finger flexion and extension training. Intelligent assistance helps reactivate neural pathways, supporting neuroplasticity, motor relearning, and functional recovery for patients experiencing hand paralysis or post-stroke impairments.
Q: What training modes are available on the Syrebo C12 Hand Rehabilitation System?
A: The device offers passive, active-assisted, mirror, and bilateral training modes. These modes allow tailored exercises for a wide spectrum of hand rehabilitation needs, enabling both gentle assistance and active patient participation depending on therapeutic goals and progress.
Q: When is this hand rehabilitation device most effectively used during the recovery process?
A: This system can be employed in both early and later stages of rehabilitation. Early, consistent use is recommended post-injury or stroke to maximize neuroplasticity and promote faster motor recovery, but it is equally effective for long-term finger mobility and strength maintenance.
Q: Where can the Robotic Hand Rehabilitation System be utilized?
A: Its versatile, portable design makes it suitable for use in hospitals, physiotherapy and neurology clinics, occupational therapy centers, sports medicine facilities, rehabilitation centers, and even home healthcare environments, ensuring wide accessibility to patients.
Q: What is the benefit of the intelligent finger control and real-time operation feature?
A: The intelligent system allows for individualized five-finger movement with 5% motion control accuracy, delivering real-time feedback and adjustments. This boosts rehabilitation effectiveness by closely matching exercises to the patient's current abilities and progress.
Q: How should the Syrebo C12 system be stored and maintained?
A: To maintain performance and longevity, store the device in a cool, clean, and dry environment. Routine cleaning of the glove and touch screen is recommended. All electronic components are securely housed within medical-grade ABS plastic for durability.
Q: What age groups and patient conditions is this rehabilitation device suitable for?
A: The system is designed for a broad demographic, including children, adults, elders, women, and infants. It addresses rehabilitation for stroke survivors, patients with hand paralysis, and individuals needing neurological or orthopaedic hand therapy.