The A3-M is a computer-controlled exoskeleton robotic device for gait training and assessment, designed to restore normal gait patterns in patients with walking dysfunctions.
It delivers repeated fixed-trajectory training with active, passive and mixed modes and integrates treadmill synchronization and patient data management.
Therapeutic effects
Resume normal walking gait early in training.
Inhibit and alleviate spasticity and improve joint mobility.
Dynamic weight support to enhance proprioceptive input and maintain or improve muscle strength.
Key features
Design based on the normal gait cycle to reproduce physiological walking patterns.
Imported servomotors for precise control of joint angles and walking speed.
Support for active, passive and mixed training modes with adjustable guiding force.
Gait offset function for correction of abnormal gait patterns.
Spasm detection and protection mechanisms for patient safety.
Suspension system with two support modes: static support for vertical lifting/transfer and dynamic support for center-of-gravity adjustment during gait.
Patented treadmill with automatic synchronization to the gait corrector; minimum speed 0.1 km/h suitable for early rehabilitation; treadmill provides cushioning to protect knees and ligaments.
Virtual-scene feedback training to increase engagement and reduce monotony.
Software with patient database to record treatments and adjustable plans; real-time display and monitoring of leg resistance curves and active/passive training data.
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.