Electric Finger Rehabilitation Robot Training Glove for Stroke and Hemiplegia Therapy

Support recovery and improve mobility with the Electric Finger Rehabilitation Robot Training Glove. This device assists in rehabilitation by guiding finger flexion and extension exercises, helping restore strength and control after stroke, hemiplegia, or limited finger function. Comfortable to wear and easy to operate at home, it offers effective daily therapy that promotes circulation, reduces stiffness, and supports faster progress.

Key Features

• Motor-driven system provides consistent flexion and extension training

• Adjustable intensity to meet different rehabilitation needs

• Lightweight glove design ensures comfort for extended sessions

• Mirror training function supports neural retraining

• Independent air valve control enables targeted exercise for each finger

Why Choose Our Electric Finger Rehabilitation Robot Training Glove
Unlike basic manual rehabilitation tools, this glove automates therapy with precise finger movements for more effective results. Its combination of adjustable settings and mirror therapy ensures consistent training that helps speed recovery and reduce caregiver strain.

Perfect For

• Stroke survivors working on hand mobility

• Hemiplegia rehabilitation for improved finger control

• Individuals experiencing hand stiffness or weakness

• Home therapy or as a supplement to clinical rehabilitation

Take control of your recovery journey with a rehabilitation glove that combines innovation, comfort, and results.

Specifications

• Function: Robotic glove for finger flexion and extension exercises

• Modes: Mirror training and independent finger therapy

• Control: Air valve pneumatic system with adjustable settings

• Power: Lightweight control unit

• Application: Stroke recovery, hemiplegia therapy, limited finger mobility

Package Includes

• 1 × Electric Finger Rehabilitation Robot Training Glove (left or right hand)

• 1 × Control Unit

• 1 × Air Valve Adjustment Accessory

• 1 × User Manual