🟢 Product parameters
| Applicable scenarios | Fitness equipment | Specification | Silent door deduction |
| Weight (g) | 500 |
🟢 Main features and functions
- Passive training mode: For patients with no active movement ability at all, the affected limb is driven by an electric motor or mechanical structure to perform regular, full-joint range reciprocating movements to prevent muscle atrophy and joint contracture.
- Active assistance training mode: When a patient experiences weak muscle strength, the device detects the patient's movement intention through sensors, provides assistance, and "rewards" any minor active effort, greatly enhancing the confidence in recovery.
- Active resistance training mode: For patients with a certain degree of active movement ability, the equipment provides adjustable resistance for strength strengthening training.
- Task-oriented and gamification: Modern devices often integrate software systems, which increase the fun and engagement of training by simulating real-life tasks (such as window cleaning and balloon popping) or interactive games. This is the key to improving rehabilitation effects.
- Data monitoring and feedback: Record data such as training time, joint range of motion, force application intensity, and number of completions to provide objective assessment of rehabilitation progress for therapists and patients.
- Safety design: Equipped with safety mechanisms such as emergency stop, movement range limit, and overload protection, it is suitable for possible conditions such as convulsions and sensory dullness in patients.
🟢 Core advantage
- Scientifically effective: Based on modern rehabilitation medicine theories (such as compulsory use therapy and task-oriented training), the training efficiency is much higher than that of unguided autonomous activities.
- Motivation-driven: Gamification and immediate feedback mechanisms can significantly enhance patients' compliance and overcome the boredom and frustration during the rehabilitation process.
- Reduce the burden on therapists: Under the guidance of therapists, patients can carry out some self-training to improve the rehabilitation efficiency per unit time.
- Feasibility of home rehabilitation: Extending high-intensity repetitive training from hospitals to homes is the key to continuous rehabilitation.
⚠Precautions and limitations
- Non-substitutability: It cannot completely replace the assessment of professional rehabilitation therapists and one-on-one manual therapy. It is the best auxiliary tool.
- Individual differences: The therapist must select the most suitable equipment and plan based on the patient's specific stage, degree of spasm, and cognitive status.
- Cost issue: High-tech products are expensive, and economic affordability and medical insurance policies need to be taken into consideration.
- Learning curve: Some products are complex to operate and require patients or their families to learn how to use them.
🟢 Summary
The hemiplegic upper limb rehabilitation trainer for stroke is a specialized tool in the field of neurorehabilitation. Its value lies in transforming scientific rehabilitation principles into quantifiable, sustainable and attractive daily training. The key to success lies in close cooperation with professional medical personnel, achieving a closed loop of "assessment - training - re-assessment", and ultimately helping patients regain upper limb function to the greatest extent and improve their quality of life.