Equipped with a body weight support system (RWK), it reduces the user’s burden while walking, making walking training easier.

The unique stepped knee design improves wearability and comfort. Leg length and hip width can be adjusted flexibly to accommodate users of different body types.

The 16868 lithium-ion battery is removable and replaceable for continuous use. The large screen offers intuitive operation and low latency.

Provides a variety of gait training modes, including passive, assisted, and active. High-precision force sensing and control technology provides appropriate assistance based on the user’s exertion.

Helps children rebuild their walking function through repeated correct walking cycles. Adjusts the trunk and center of gravity, corrects abnormal gait, and improves motor function.

The shock-absorbing frame design enhances training comfort and safety, while the cute design reduces tension. Interactive and entertaining features create a relaxed training atmosphere and encourage children’s participation.

1. Multiple Gait Mode Options

Offers “Natural Mode” and “Smooth Mode,” simulating a realistic gait and smooth walking, respectively, to meet the training needs of different patients.

2. Personalized Parameter Settings

Supports adjustment of multiple parameters, including stride length, walking speed, and power assistance, to implement targeted rehabilitation training plans.

3. Diverse Training Modes

Includes passive, assisted, active, triggered, and mirroring training modes, suitable for patients at different stages of rehabilitation.

4. Adaptive Leg Length Adjustment

Equipped with user recognition, it automatically adjusts leg length to accommodate users of different heights and body types.

5. Closed-Loop Evaluation and Feedback System

Through a closed-loop “evaluation-training-evaluation” process, it provides quantitative analysis of rehabilitation progress and real-time feedback.

6. Fusion of AI and Multi-Sensor Technology

Equipped with a multi-sensor fusion AI system, it supports high-precision force control interaction and movement intention recognition, enhancing the interactivity and effectiveness of training.