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Arm Rehabilitation Robot A6
The Upper Limb Training and Evaluation System A6 is a rehabilitation training device designed for patients with upper limb dysfunction. Developed based on the theory of neural system restoration, this robot is ideal for patients with arm dysfunction caused by central nervous system diseases, peripheral nerve injuries, spinal cord issues, or musculoskeletal conditions. A6 supports specific training to increase muscle strength and expand the range of joint motion, effectively improving motor function while assisting therapists in clinical assessments.
Early Phase: The device learns and records trajectory sets, driving the patient's limb for passive training to eliminate edema and prevent muscle atrophy.
Middle Phase: Guiding force is adjustable, allowing patients to complete game-based training using their own residual strength.
Late Phase: Active training through situational interactive games exercises coordination and muscle endurance for daily life activities.
| Product Name | Arm Rehabilitation & Assessment Robot |
| Model | A6 |
| Voltage | A.C. 230V/50Hz |
| Power | 600VA |
| Training Speed | 6 speed modes |
| Training Modes | 5 modes |
| Upper Arm Length | 28-35 cm |
| Forearm Length | 25.5-29.5 cm |
Therapists set targeted joint names, range of motion, and speed. It provides personalized passive trajectory training through enjoyable situational games.
System assists movement via "guiding force" adjustment. This stimulates residual muscle strength to the maximum extent based on the patient's specific capabilities.
Patients freely drive the mechanical arm in 3D space. Interactive games for single or multiple joints improve training initiative and accelerate recovery.
Focuses on Occupational Therapy (OT) such as combing hair or eating. Settings are tailored to help patients adapt to activities of daily living (ADL).
Equipped with AI cloud memory, the system records and restores movement trajectories designed by therapists for repetitive, focused training.
User: Features patient login, registration, and comprehensive information search/modification.
Assessment: Evaluates Range of Motion (ROM), archives data, and allows for printing of progress reports.
Report: Detailed view of patient training history and performance analytics.
Arm dysfunction caused by nervous system damage such as stroke, brain injury, spinal cord injury, and neuropathy, as well as arm movement disorders after surgery.
Automatic Arm Switch: The first rehabilitation robot to realize automatic arm switching via a single button, facilitating clinical efficiency for both left and right arm therapy.
Laser Alignment: Assists therapists in precise positioning, ensuring patients train in the safest and most comfortable posture.
With a history dating back to 2000, we are a leading senior rehabilitation medical equipment provider integrating independent research, development, and production. Our intelligent rehabilitation robotics series represents the forefront of the industry. We are pioneers in developing independent rehabilitation solutions in the region, offering a wide range of physical therapy, occupational therapy, and treatment systems.
