Product Introduction
The upper limb rehabilitation robot adopts computer virtual technology combined with rehabilitation medical theories to simulate the kinematic rules of human upper limbs in real time. Patients can complete multi-joint or single-joint rehabilitation training in a computer virtual environment. The system also supports partial weight-bearing training for upper limbs, intelligent feedback, multi-dimensional spatial training and a comprehensive assessment module. It is mainly indicated for patients with upper limb dysfunction caused by stroke, cerebrovascular malformation, severe traumatic brain injury or other neurological diseases, as well as patients recovering upper limb function after surgery.
Therapeutic Effects
① Facilitate the formation of selective movement
② Activate residual muscle strength
③ Improve muscular endurance
④ Restore inter-articular coordination
⑤ Recover joint mobility
⑥ Strengthen motor control of upper extremities
⑦ Closely correlated with Activities of Daily Living (ADL)
⑧ Promote the recovery of upper limb function
Product Features
Feature 1: Exoskeleton Wrapped Structure
▶ Joint support and protection
▶ Facilitate selective movement
▶ Strengthen single-joint control
▶ Separately adjustable resistance for forearm and upper arm
Feature 2: Integrated Arm Switching Design
▶ Easier arm switching operation
Feature 3: Built-in Laser Positioner
▶ Precisely locate joint positions to ensure safe and efficient treatment
Feature 4: Hand Grip Force + Vibration Feedback Stimulation
▶ Real-time grip force feedback
▶ Vibration prompt during assessment and training
Feature 5: Precise Single-Joint Assessment
Feature 6: 29 Kinds of Scene Interactive Training
▶ 29 unique non-repetitive training game programs available, with continuous updates ongoing
Feature 7: Data Analysis
▶ Data summary display via bar charts and line charts
▶ Comparative analysis of training results from any two assessment sessions
