Hand mobility rehabilitation system A6M2

arm mobilityshoulder mobilitygrip strength

The A6M2 is an automatic arm-changing, full-cycle upper-limb rehabilitation robot designed for clinical training and objective evaluation of upper-limb function.

Key features

• Automatic arm-changing: one-click arm switching to streamline clinical workflows.
• Wireless connectivity: wireless link for interactive scenario systems and real-time data transmission.
• Laser alignment: assists clinicians with precise patient positioning.
• Evaluation reporting: stores evaluation data with viewable and printable reports.
• Multiple training modes: Active, Passive, Active–Passive, Prescription Training, Trajectory Learning.
• Real-time motion simulation: reproduces upper-limb movement patterns for realistic training.
• ROM improvement support: programs and exercises aimed at increasing joint range of motion.

Training & evaluation capabilities

• Real-time simulation of major upper-limb movement patterns covering elbow, shoulder and grip-related tasks.
• Precise assessment of three main joints and six movement directions with real-time data analysis.
• Evaluation report functions: measure ROM per joint, save data, view and print results, record preset trajectories and speeds.
• Five training modes adapted to clinical protocols: Active, Passive, Active–Passive, Prescription, Trajectory Learning.

Available visual training/demo resources

• Elbow flexion simulation (GIFs)
• Shoulder flexion simulation (GIF)
• Grip-strength training simulation (GIF)
• Product imagery and demo media illustrating automatic arm-changing and interactive scenarios

Technical specifications

• Model designation: A6-2 / A6M2
• Automatic arm-changing (one-click)
• Wireless connectivity for interactive scenario systems
• Laser alignment for precise positioning
• Evaluation functions: ROM measurement per joint, data saving, printable reports
• Training modes: Active, Passive, Active–Passive, Prescription Training, Trajectory Learning
• Real-time analysis for three main joints and six movement directions