Portable Robotic Hand Rehabilitation Glove Manufacturer

Portable Robotic Hand Rehabilitation Glove for Stroke Recovery

Portable Robotic Hand Rehabilitation Glove for Stroke Recovery

CE & FDA Certified Type-C Rechargeable Hand Rehabilitation Robot with Automatic Assisted Motion, Mirror Therapy & Hemiplegia Finger Training

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Overview

The SL-FR03 Portable Robotic Hand Rehabilitation Glove for Stroke Recovery is a compact wearable robot designed for patients with hand dysfunction caused by stroke, cerebral hemorrhage, hemiplegia, brain injury, and neurological motor impairment. As a portable robotic glove system, it combines a lightweight host, powered rehabilitation glove, mirror therapy glove, touch control, and adjustable finger flexion and extension training in one device.

portable robotic hand rehabilitation glove for stroke recovery-6

Built for hospitals, rehabilitation centers, elderly care facilities, home care providers, and medical device distributors, the SL-FR03 supports repetitive finger movement through pneumatic bionic muscle assistance. The hand robot gloves support controlled finger opening and closing, helping improve joint mobility, reduce stiffness, maintain circulation, and support daily hand function recovery.

With a host weight of only 0.5 kg, the device can be fixed on the arm, worn around the waist, or carried cross-body. Its Type-C 5V/2A rechargeable design makes it convenient for bedside therapy, outpatient rehabilitation, and home training. Through Automatic Mode and Mirror Mode, the rehabilitation robot gloves help users relearn movement from the levels of nerves, brain, and muscles, making SL-FR03 a practical hemiplegia finger rehabilitation trainer for repeated hand function training under professional guidance.

Clinical Applications & Therapeutic Benefits

Stroke-Related Hand Dysfunction

After stroke or cerebral hemorrhage, patients often experience finger stiffness, weak grip, limited extension, and poor coordination. In Automatic Mode, the SL-FR03 drives all five fingers to flex and extend cyclically. These trainer robot gloves assist grasping, releasing, and hand-opening exercises for structured rehabilitation in clinics or at home.

Hemiplegia & Brain Injury Rehabilitation

For hemiplegia and brain injury recovery, SL-FR03 can be used as a hemiplegia finger rehabilitation trainer to support bilateral coordination. In Mirror Mode, the healthy hand wears the mirror glove and guides the affected hand to move synchronously. The hand robot gloves allow the affected hand to follow healthy-side movement, helping activate motor awareness. The rehabilitation robot gloves provide repeated movement feedback to support neurological re-learning.

Muscle Tone Management

Muscle tone differs between patients. Some users have spasticity and finger stiffness, while others have low tone or weak voluntary movement. SL-FR03 provides 1–9 levels of adjustable extension and flexion time, allowing therapists or caregivers to select suitable settings according to user comfort. The rehabilitation robot gloves can be adjusted gradually to reduce resistance, support passive activity, or strengthen movement training.

Prevention of Stiffness & Muscle Atrophy

Long-term hand inactivity may cause joint contracture, tendon adhesion, poor circulation, numbness, edema, and disuse muscle atrophy. Regular passive finger motion helps keep the hand active and flexible. The trainer robot gloves support daily movement maintenance and help delay functional decline.

Daily Functional Training

Beyond basic flexion and extension, the device supports practical exercises such as grasping blocks, holding a cup, opening the palm, and controlled release. Treatment time can be adjusted from 5 to 60 minutes, helping professionals design sessions based on recovery stage and tolerance.

Hemiplegia & Brain Injury Rehabilitation

Prevention of Stiffness & Muscle Atrophy

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Technical Specifications

Parameter	Specification
Model	SL-FR03
Product Type	Portable Robotic Hand Rehabilitation Glove for Stroke Recovery
Certification	CE, FDA
Power Supply	Type-C 5V/2A, rechargeable battery
Power Consumption	12W
Device Dimensions	16.2 × 8.56 × 4.38 cm
Machine Weight	0.5 kg
Treatment Time	5–60 minutes adjustable
Extension & Flexion Time	1–9 levels, independently adjustable
Working Modes	Automatic Mode / Mirror Mode
Training Method	Pneumatic bionic muscle-driven finger flexion and extension
Wearing Options	Arm-mounted, waist-mounted, or cross-body carrying
Standard Configuration	Host unit, recovery glove, mirror glove, straps, Type-C charging cable

Glove System & Customization Options

Recovery Glove

The recovery glove is worn on the affected hand and assists finger flexion and extension through pneumatic bionic driving. As part of the rehabilitation robot gloves system, it supports passive training, grasp practice, and hand-opening exercises. The glove should be worn securely, with fingers fully inserted and wrist Velcro fastened.

Mirror Glove

The mirror glove is worn on the healthy hand during Mirror Mode. By pressing the internal control button, the healthy hand guides the affected hand to move synchronously. The trainer robot gloves design combines physical movement with visual and proprioceptive feedback.

Portable Host Unit

The compact host includes display, mode switch, time control, start/pause function, battery indicator, and extension/flexion level adjustment. Its simple layout is suitable for therapists, caregivers, and trained home users.

OEM/ODM Support

Standard configuration includes the host, recovery glove, and mirror glove. Standard models are available from 1 unit MOQ, while customized projects start from 200 units. Custom options may include logo, packaging, labeling, accessory combinations, glove configuration, and market-specific presentation.

Safety, Compliance & Operational Reliability

Professional Use Guidance

SL-FR03 should be used under guidance from a doctor, rehabilitation therapist, or trained caregiver. Post-operative users, acute disease patients, users with deformed finger joints, heart disease, pacemakers, pregnancy, fever above 38°C, or ongoing treatments should consult professionals before use. Patients with severe circulation disorders, comminuted fractures, bone cancer, burns, bleeding, suppuration, or uncontrolled infection should not use this hemiplegia finger rehabilitation trainer.

Training Preparation

Before training, the affected hand should not be excessively stiff. If rigidity is present, apply a 5-minute kneading massage, hot compress, or soft massage preparation first. During training, keep the hand in a functional or neutral position rather than a resting position.

Cleaning & Maintenance

Turn off the host and disconnect the power cable before cleaning. Do not rinse the machine or gloves directly with water. Wipe the host with a dry or slightly damp cloth. Clean gloves with a soft cloth and neutral detergent when needed, then dry completely before reuse. Store in a clean, dry place away from sunlight and heat.

Partnership & Support Services

Flexible MOQ & Sample Evaluation

Standard units can be ordered from 1 piece, allowing clinics, distributors, and home care suppliers to evaluate the hand robot gloves in real rehabilitation scenarios before bulk purchasing.

Clinical Onboarding Support

We provide product operation guidance, usage explanations, and basic application materials to help teams understand Automatic Mode, Mirror Mode, treatment time, and level adjustment.

Warranty & Online Technical Support

Each unit includes 1-year warranty coverage and online technical support for setup, troubleshooting, and after-sales communication, helping partners maintain stable long-term use of the hand robot gloves.

Portable Robotic Hand Rehabilitation Glove Manufacturer