Syrebo Dynamic Arm Support is an upper limb-assisted rehabilitation robot developed specifically for users with limited upper limb function caused by neurological disorders such as stroke, traumatic brain injury, and spinal cord injury.

With the innovative Human Factors Engineering design, and the application of lightweight materials, the Syrebo Dynamic Arm Support provides timely assistance to minimize gravity and friction during upper limb movement. Therefore, it enables users to engage in functional activities during early rehabilitation and enhances their capacity for activities of daily living.

It can be paired with the Syrebo soft exoskeleton robot for task-oriented training, enabling more effortless and effective movement functionality training. This helps patients gradually restore impaired brain motor neural pathways and greatly improves the efficiency of their rehabilitation.

Function

1. Gravity Compensation : 

Provides gravity compensation to achieve multi-dimensional natural and flexible upper limb movement.

With the spring system that compensates gravity to arms, even users with weak muscle strength can easily perform a variety of upper limb movements with Syrebo Dynamic Arm Support without being restricted by gravity. Such training can enhance muscle strength step by step and improve the flexibility and coordination of the upper limb joints.

2. Assisstance Force : 

12-level assistance force, adaptable to users in different situations.

It can adapt to the needs of users in different scenarios. For example, for users after surgery, you can start at a higher level and gradually decrease the intensity, so that users gradually adapt to the intensity of training. For some users needing high-intensity training, you can choose a lower-intensity gear to improve the training difficulty and achieve better results.

3. 270° Motion Trajectory

270° horizontal motion trajectory, fulfilling full range joint movement.

Users can perform various joint movements within 270° horizontal range and vertical space, including movements of the shoulders and elbows. This training method can help users enhance upper limb muscle strength and endurance, improve joint flexibility and coordination, and thus improve overall upper limb function.