ZEPU-AI6PLUS 3D UPPER LIMB ACTIVE AND PASSIVE TRAINING AND EVALUATION SYSTEM

The ZEPU-AI6PLUS 3D Upper Limb Active and Passive Training and Evaluation System is an advanced rehabilitation solution designed to restore upper limb function through multi-dimensional training. It supports both active and passive movement, enabling patients at different recovery stages to participate effectively. With immersive 3D interactive training and real-time evaluation, it enhances motor control, coordination, and strength. Ideal for neurological and orthopedic rehabilitation, the system provides personalized, data-driven therapy while improving patient engagement and clinical outcomes.

Features

• 3D upper limb training in multi-directional space
• Supports both active and passive rehabilitation modes
• Intelligent feedback system with interactive training interface
• Real-time evaluation and performance tracking
• Adjustable assistance and resistance levels
• Enhances motor control, coordination, and strength
• Suitable for early to advanced rehabilitation stages
• Ergonomic and patient-safe design
• Data storage and therapy progress monitoring

Clinical Treatment Effect:

• Recovery, enhance upper limb muscle strength, restore joint range of motion
• Overcome the consequences of lack of exercise, such as blood circulation problems, joint stiffness, muscle contractures, digestive problems, defecation problems, osteoporosis, etc., and prevent bedsores and venous thrombosis, and promote smooth urine and feces
• Enhance patient confidence, independence, and quality of life by helping patients regain upper limb mobility
• Instead of labor, save time and cost.

Scope of Application:

• Upper limb functional rehabilitation of neurological diseases: spinal cord injury, cerebral stroke, and brain trauma
• Pain relief and improvement of movement disorders in bone and joint diseases: osteoarthritis, rheumatoid arthritis, and after orthopedic surgery
• Exercise rehabilitation in the elderly or in the permanently bedridden patients

Functional Characteristics:

• Objective evaluation, record the patient's range of motion, and conduct more professional and targeted training
• Distal drive, which increases the stimulation of the distal joints through the terminal drive, realizes a wider range of joint motion and thus realizes three-dimensional spatial motion training.
• Overall picture of equipment
• Trace learning with bedside orthopedics
• The device adds a trajectory learning function and bedside orthopedic function to restore the real upper limb movement trajectory, so that patients can conduct rehabilitation training earlier
  (Track learning picture)
• Six-axis control training
• The robotic arm trains patients through six-axis control devices, which can achieve a more refined and larger range of upper limb training
• Full-cycle rehabilitation is applicable
• Through dynamic impedance automatic control technology, the equipment can realize various training modes such as active, passive, and active and passive training, which can meet the training requirements of each period of rehabilitation.
• Convenient operation
• One-button automatic arm change, simple strap, electric lifting (three pictures)
• Scenario interaction function
  (Game interface, training interface)
• Patient Information Management
• The patient information preservation and data analysis system can analyze and integrate the patient treatment information to provide a reference for subsequent patient training
  (Training Data report and analysis interface)

Features

Features

Features

• 2200mAh lithium battery
• Monitor algorithm, for more accurate measurement
• 5.2-inch large backlit screen, making health parameters clearly visible
• Cuff recognition function, reducing the measurement error

Features