A3-2 Gait Training and Assessment Robotics
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- Guangzhou Yikang Medical Equipment Industrial Co., Ltd.
Salary / price 1 €
| About the robot | |
|---|---|
| Robot name | A3-2 Gait Training and Assessment Robotics |
| Employment type | Full-time employees |
| Dimensions | |
| Load capacity | |
| The speed of movement | |
| Power | 500 W |
| Energy consumption | |
| Working hours | |
| The warranty period | |
Relocatable robot
*Payment terms, contracts, shipping/logistics, insurance details, etc. are provided upon request.
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Salary / price 1 $ Open to relocation
Salary / price 1 € Open to relocation
Specifications
- Voltage:AC 220V 50Hz
- Power:500V/A
- Fuse Specification:3.15A/250V
- Paients Weight:Less than 135Kg
- Patients Height:Less than 200cm
- Leg Length:Thigh: 34~46cm Crus: 30~40cm
- Joint Motion Angle:Hip joint: 30~50° Knee Joint: 50~80°
- Training Speed:0.1~3.5km/h
- Spasm Monitoring:3 levels adjustable
Description
Revolutionize Rehabilitation with Advanced Gait Training Robots: The Future of Medical Robots
Precision Rehabilitation through Advanced Robot Automation
The A3-2 Gait Training and Assessment Robotics represents a leap forward in rehabilitation technology, leveraging sophisticated robot automation to provide precise and effective gait training. This system, with its adjustable joint motion angles and customizable training speeds, allows for tailored therapy sessions that cater to individual patient needs. By incorporating advanced spasm monitoring, it ensures patient safety and comfort throughout the rehabilitation process. In hospitals and clinics, the role of a robot worker like the A3-2 becomes indispensable, offering consistent and reliable support, ultimately leading to improved patient recovery outcomes. Businesses looking to hire robot technology can find a valuable asset in this system, optimizing workflow and enhancing patient care.
Optimizing Healthcare Efficiency with Industrial Robot Integration
Integrating industrial robots, such as the A3-2, into healthcare settings significantly optimizes operational efficiency. These medical robots reduce the physical strain on therapists and allow for more focused, personalized care. Options like robot for sale and rent a robot provide flexible solutions for healthcare facilities aiming to modernize their rehabilitation services. Envisioning a job for robots in this context highlights the potential for these systems to handle repetitive and physically demanding tasks, freeing up healthcare professionals to concentrate on complex patient interactions and treatment planning. The integration of such technology reflects a significant advancement in medical practice, particularly in streamlining rehabilitation processes.
The Future of Robotic Assistance and Robot-Assisted Surgery
The future of healthcare is increasingly intertwined with robotic assistance and robot-assisted surgery. The A3-2 gait training robot exemplifies the potential of such technology to enhance patient recovery and optimize healthcare workflows. As medical robots become more sophisticated, their application in various medical procedures, including robot-assisted surgery, will expand, leading to improved precision and patient outcomes. Exploring work for the robot in modern medical spaces reveals the transformative impact of these technologies on the healthcare industry. The integration of such systems signifies a shift towards more technologically advanced and patient-centered care.