A1-2 Lower limb intelligent feedback robotic training system
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- Guangzhou Yikang Medical Equipment Industrial Co., Ltd.
Salary / price 1 $
| About the robot | |
|---|---|
| Robot name | A1-2 Lower limb intelligent feedback robotic training system |
| Employment type | Full-time employees |
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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
- Purpose: Advanced rehabilitation device for lower limb training, aiding patients in regaining mobility through standing and simulated walking activities.
- Progressive Weight Reduction Training: Adjustable standing range from 0 to 90 degrees, supported by suspension straps to control physiological load safely and effectively.
- Electric Bed and Leg Length Adjustment: Electrically adjustable bed angle (0-15 degrees) and leg length (0-25 cm) to suit varied patient needs and assist in hip joint extension.
- Simulated Walking Motion: Powered by a servo motor, adjustable stepping angle from 0 to 45 degrees for a smooth and realistic walking simulation.
- Ankle-Foot Joint Adjustment: Foot pedals adjustable in dorsiflexion, plantarflexion, inversion, and eversion angles for customized training.
- Passive and Active-Passive Modes: Intelligent motor speed adjustments based on patient effort via speed sensor feedback.
- Interactive Training Games: Unilateral and bilateral game-based training to enhance walking coordination and engagement.
- Real-Time Data and Reports: Displays torque, stepping angles, and plantar pressure for gait analysis, with intelligent muscle strength assessments and exportable reports.
- Spasm Protection: Adjustable spasm sensitivity settings with alerts and automatic speed adjustments for patient safety.
Description
A1-2 Lower Limb Intelligent Feedback Robotic Training System
The medical robot A1-2 Lower Limb Intelligent Feedback Training System is a cutting-edge robotic rehabilitation device designed for advanced lower limb recovery. Engineered to support patients in standing training, it simulates natural walking patterns, providing a realistic experience even for those unable to stand independently. Through driving lower limb movements, it promotes neurological recovery, enhances motor coordination, and reduces disabilities. Whether you're looking to hire a robot, rent a robot, or find a robot for sale, the A1-2 system offers innovative solutions to meet diverse rehabilitation needs, setting a new standard for medical robots and robotics in medicine.
Innovative Features for Effective Rehabilitation
The collaborative robot A1-2 system integrates progressive standing therapy with weight reduction technology, allowing patients to regain mobility in a safe and effective manner. Adjustable features such as the electric bed angle and leg length ensure individualized comfort and adaptability for users of different heights and physical requirements. Controlled by servo motors, the system delivers smooth and precise movements with adjustable stepping angles to mimic natural gait patterns. Its customizable ankle-foot joint settings provide enhanced training comfort and flexibility. Advanced modes like passive and active-passive operation intelligently adapt to a patient’s effort level, ensuring personalized and effective training. Engaging lower limb game-based training encourages participation and improves walking coordination, making sessions interactive and rewarding. Real-time feedback with gait analysis, torque data, and comprehensive training reports help therapists monitor progress and refine therapeutic strategies. Built-in safety features, including spasm protection with automated alerts and speed adjustments, ensure secure and uninterrupted therapy.
Areas of Application
The medical robot A1-2 Lower Limb Robotic Training System demonstrates its versatility and value across multiple medical and therapeutic environments:
- Rehabilitation centers use A1-2 to provide personalized therapy for patients recovering from neurological and motor impairments, ensuring effective recovery plans.
- Hospitals benefit from this robot worker by incorporating it into collaborative treatment plans, optimizing the delivery of care with innovative robotics in medicine.
- Physical therapy clinics integrate A1-2 for gait training, combining interactive and efficient therapy techniques for improved patient outcomes.
- Research facilities leverage its intelligent feedback to study neurological recovery and refine movement therapy methods, advancing medical science.
- Homecare settings rely on its adaptability and user-friendly design, enabling long-term and customized therapy solutions for individual patients.
These varied applications highlight the transformative potential of A1-2, combining human-robot interaction with cutting-edge technology for impactful results.
The collaborative robot A1-2 Lower Limb Intelligent Feedback Robotic Training System represents a new era in medical robotics, combining innovation, adaptability, and patient-focused design. With its ability to improve mobility and enhance therapeutic outcomes, it serves as a benchmark for collaborative robots in healthcare. Whether you're exploring job opportunities for robots or optimizing work for the robot in clinical environments, the A1-2 system ensures exceptional reliability and performance. Hire a robot, rent a robot, or invest in a robot for sale today to experience the advanced capabilities of this remarkable system. Contact us to discover how A1-2 can revolutionize rehabilitation and elevate patient care.