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The XiangAi Smart Bionic Rehabilitation Robot Glove automates finger training for stroke recovery and hemiplegia. It utilizes pneumatic pressure to drive hand movement through nine intensity levels. A 2400mAh battery powers the unit for mobile therapy sessions without power cord limitations.
Key Features
- Mirror Therapy Mode: With integrated sensors, healthy hand movements sync to the affected side. Trains neural pathways by mimicking real-time bilateral gestures.
- Independent Valve Control: Through individual rotary switches, the system isolates specific fingers. Manages individual finger paralysis without affecting non-target digits.
- 2400mAh Rechargeable Host: Despite power cuts, the internal battery supports mobile operation. Runs during load shedding without requiring a constant wall connection.
- 9 Intensity Levels: Across nine digital settings, the pump adjusts pneumatic output. Tailors the grip force to specific muscle rigidity levels.
- PC/ABS Alloy Construction: Under the impact-resistant shell, reinforced rubber gas pipes handle pressure. Resists physical wear during high-frequency flexion and extension cycles.
Frequently Asked Questions
Are robotic gloves good for stroke recovery?
These tools facilitate repetitive movement to reduce muscle spasticity and improve circulation. Consistent use helps rebuild neural connections via pneumatic drive.
How do rehabilitation robot gloves work?
The host pumps air through rubber pipes to expand and contract the bionic structure. Mechanical force physically moves fingers through flexion and extension cycles.
