A6-2 Arm Rehabilitation and Assessment Robotics
- China Company contacts:
- Login or Join Us
- Guangzhou Yikang Medical Equipment Industrial Co., Ltd.
Salary / price 1 €
| About the robot | |
|---|---|
| Robot name | A6-2 Arm Rehabilitation and Assessment Robotics |
| Employment type | Full-time employees |
| Dimensions | |
| Load capacity | |
| The speed of movement | |
| Power | 600 W |
| Energy consumption | |
| Working hours | |
| The warranty period | |
Relocatable robot
*Payment terms, contracts, shipping/logistics, insurance details, etc. are provided upon request.
Share with friends:
Robot for industry
Robots from the manufacturer
Salary / price 1 $ Open to relocation
Salary / price 1 € Open to relocation
Specifications
- Model:A6
- Material:Aluminium Alloy
- Voltage:AC220V 50Hz
- Power:600VA
- Speed:6 Levels
- Training:5 Modes
- Joints:Shoulder, Elbow, Wrist
- Assessment Report:Storage and printing
- Feature:Arm Switching, Assessment, Feedback Training
Description
Elevate Arm Rehabilitation with Advanced Robotic Assistance: The Future of Medical Robots
Precision Recovery Through Advanced Robot Automation
The A6-2 Arm Rehabilitation and Assessment Robotics showcases the power of robot automation in medical rehabilitation. Constructed from robust Aluminium Alloy, this system provides tailored rehabilitation through six speed levels and five training modes, accommodating diverse patient needs. By precisely targeting shoulder, elbow, and wrist joints, it facilitates comprehensive arm recovery. The system's assessment capabilities, including storage and printable reports, ensure detailed tracking of patient progress. This level of precision, offered by a dedicated robot worker, optimizes patient outcomes in rehabilitation centers, hospitals, and physical therapy clinics. Businesses seeking to hire robot technology can integrate the A6-2 to streamline workflows and enhance patient care.
Versatile Training with Industrial Robot Integration
Integrating industrial robots, like the A6-2, into rehabilitation practices expands the scope of therapeutic interventions. The system's arm switching, assessment, and real-time feedback training features provide a versatile platform for patient engagement and recovery. Options to rent a robot or acquire a robot for sale present flexible solutions for medical facilities. Envisioning a job for robots in arm rehabilitation highlights the potential to free up therapists for more complex, personalized care strategies. This integration reflects the growing role of industrial robots in modern medical settings, improving efficiency and patient rehabilitation.
Future of Robotic Therapy and Potential in Robot-Assisted Surgery
The A6-2 exemplifies the future of robotic therapy, showcasing how advanced medical robots can transform rehabilitation. The exploration of work for the robot in modern medical spaces also extends to potential applications in robot-assisted surgery. As technology advances, the precision and capabilities of such systems will expand, offering even greater benefits to patient care. The use of robot automation in specialized rehabilitation centers, geriatric care facilities, and sports injury clinics underscores the broad applicability of these technologies. This shift towards robotic assistance signifies a significant advancement in medical practice, promising improved patient outcomes and enhanced healthcare delivery.