A2-2 Upper Limb Intelligent Feedback & Training Robotic System
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- Guangzhou Yikang Medical Equipment Industrial Co., Ltd.
Salary / price 1 $
| About the robot | |
|---|---|
| Robot name | A2-2 Upper Limb Intelligent Feedback & Training Robotic System |
| Employment type | Full-time employees |
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Relocatable robot
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Salary / price 1 € Open to relocation
Specifications
- Purpose: Upper limb rehabilitation robot using computer virtual technology for real-time multi-joint or single-joint training in a virtual environment.
- Therapeutic Effects: Enhances isolated movement, residual muscle strength, muscle endurance, joint coordination, flexibility, and upper body motor control while aiding recovery of upper limb function and ADL (Activities of Daily Living) association.
- Exoskeleton Design: Features a wrapped structure for joint support, enhanced single-joint control, and adjustable resistance for forearm and upper arm.
- Integrated Arm Change Mechanism: Simplifies arm adjustments for ease of use.
- Laser Locator: Provides precise joint positioning to ensure safe and efficient therapy sessions.
- Hand Grip with Feedback: Real-time grip strength feedback and vibration alerts during training for enhanced performance evaluation.
- Interactive Programs: Includes 29 non-repetitive training game scenarios designed to boost engagement and continuously updated for variety.
- Data Analysis Tools: Displays results through histograms and line graphs, enabling comparison of any two evaluation sessions for comprehensive progress tracking.
Description
A2-2 Upper Limb Intelligent Feedback and Training System
The A2-2 Upper Limb Intelligent Feedback and Training System is a groundbreaking medical robot designed to enhance upper limb mobility and motor control. By integrating computer virtual technology with rehabilitation medicine principles, it simulates human upper limb movements in real time. Patients can engage in multi-joint or single-joint rehabilitation training within a virtual environment. Supported by upper body weight reduction technology, intelligent feedback, multi-dimensional space training, and a robust evaluation system, this innovative system represents the future of collaborative robots in healthcare.
This cutting-edge robotic solution is indispensable for individuals seeking rehabilitation due to stroke, cerebrovascular malformations, severe brain injuries, or neurological disorders. It also excels in aiding patients recovering upper limb functionality post-surgery, making it a vital tool in robotics in medicine.
Key Features and Therapeutic Benefits
The A2-2 system focuses on promoting isolated movement, stimulating residual muscle strength, and increasing muscle endurance, while facilitating the recovery of joint coordination and flexibility. By strengthening upper body motor control, it supports the restoration of upper limb functionality and establishes strong links to activities of daily living. The exoskeleton-wrapped design offers exceptional joint support, encourages separation movements, and enhances single-joint control with customizable forearm and upper arm resistance. The system’s integrated arm change design simplifies user adjustments, while the built-in laser locator ensures precise joint positioning for safe and efficient treatment sessions. Real-time feedback on grip strength, coupled with vibration stimulation, enhances evaluation accuracy during training. With 29 immersive training scenarios, the A2-2 engages patients in effective therapeutic activities that are constantly updated to maintain interest. The built-in data analysis tools summarize training outcomes through histograms and line graphs, enabling comparisons between evaluation sessions and providing a comprehensive overview of progress.
Areas of Application
The A2-2 Upper Limb Intelligent Feedback and Training System is highly versatile and excels across various healthcare and therapeutic environments:
- Rehabilitation Centers: Tailored recovery programs for patients with neurological and musculoskeletal impairments, ensuring personalized therapy.
- Hospitals: Integrated into treatment plans to benefit from its collaborative robot capabilities and adaptability to individual patient needs.
- Physical Therapy Clinics: Facilitates upper limb training with advanced features, engaging scenarios, and effective therapeutic methods.
- Research Facilities: Used in studying robotics in medicine and refining strategies for enhanced recovery technologies.
- Specialized Care Schools: Supports children with neurological conditions, enabling them to regain motor control while interacting with personal assistant robots.
The system's ability to adapt to diverse environments establishes it as a leader in medical robots and human-robot interaction.
The medical robot A2-2 Upper Limb Intelligent Feedback and Training System sets a new standard for robotic rehabilitation by integrating intelligent features and advanced therapeutic tools. As a collaborative robot, it exemplifies the transformative potential of robotics in medicine and healthcare. Whether you need to hire a robot, rent a robot, or invest in a robot for sale, the A2-2 delivers unmatched reliability, adaptability, and precision. Optimize work for the robot in clinical settings or explore job opportunities for robots in therapeutic environments with this innovative system. Contact us today to learn how the A2-2 can revolutionize rehabilitation practices and empower patients to achieve advanced recovery outcomes.