Finger Rehabilitation Training Equipment Stroke Hemiplegia Training Grip Stretching Exercise Home Five-Finger Rehabilitation Gloves Robot

• Customization: Available
• Type: Rehabilitation Medical Equipment
• Function: Finger Rehabilitation
• Model NO.: Four-drive power rehabilitation gloves
• Theory: Mechanical Movement
• LCD Display: With LCD Display
• Group: All
• Product Name: Hand Rehabilitation Robot
• Exercise Mode: Separate Fingers
• Power: 4 Air Pumps
• Design: Portable
• Extension Angle: More Tha180 Degress
• Confrontational Exercises: Yes
• Mirror Exercises: Yes
• Charging Function: Yes
• Touch Screen Function: Yes
• Transport Package: Carton
• Specification: 38cm*25cm*9cm
• Origin: China
• Production Capacity: 50000/ Month

Product Description

Introduction to the Hand and Finger Rehabilitation Training Glove

Overview

The Hand and Finger Rehabilitation Training Glove is an innovative device designed to aid in the recovery of hand and finger functionality for individuals who have suffered from stroke or other conditions leading to hemiplegia. This state-of-the-art equipment combines advanced robotic technology with therapeutic principles to provide comprehensive rehabilitation, promoting the regaining of strength, dexterity, and coordination in affected hands.

Key Features

Advanced Robotic Technology

At the core of the rehabilitation glove is its cutting-edge robotic system, which ensures precise and controlled movements of the fingers. The glove uses electric motors to facilitate both passive and active exercises, enabling users to perform a variety of motions with ease and accuracy. This technology is crucial in simulating natural hand movements and promoting neural re-education.

Versatile Training Modes

The rehabilitation glove offers multiple training modes to cater to the different stages of recovery. These modes include:

1. Passive Mode: The glove moves the fingers gently, helping to maintain range of motion and prevent stiffness.
2. Active-Assisted Mode: Users initiate movement, and the glove assists in completing the motion, encouraging muscle engagement and improving strength.
3. Active Mode: Users perform movements independently, with the glove providing feedback and resistance to enhance muscle control and coordination.

Customizable Settings

Each glove is equipped with adjustable settings to tailor the rehabilitation process to the individual needs of the user. Parameters such as speed, range of motion, and resistance can be customized, ensuring a personalized therapy session that adapts to the user's progress and comfort level.

Ergonomic Design

Designed with user comfort in mind, the glove features an ergonomic and lightweight construction. The soft and breathable materials used in the glove ensure that it can be worn for extended periods without causing discomfort or irritation. Additionally, the intuitive interface allows for easy operation, making it accessible to users of all ages and technical abilities.

Therapeutic Benefits

Enhanced Recovery Outcomes

Regular use of the rehabilitation glove can significantly enhance recovery outcomes for individuals with hand and finger impairments. By providing consistent and targeted exercises, the glove helps in:

• Improving Muscle Strength: The repetitive motions facilitated by the glove help in rebuilding muscle strength and endurance.
• Restoring Dexterity: The fine motor skills required for everyday tasks are gradually restored through precise and varied finger movements.
• Enhancing Coordination: The glove promotes the synchronization of hand and finger movements, improving overall hand-eye coordination.

Pain Management

The gentle massaging action of the glove can also help in alleviating pain and discomfort associated with stiffness and muscle tension. The rhythmic movements and controlled pressure provide a soothing effect, contributing to overall pain management during the rehabilitation process.

Applications

Post-Stroke Rehabilitation

The primary application of the rehabilitation glove is in the recovery of hand functionality following a stroke. The glove aids in the re-education of the nervous system, helping stroke survivors regain independence and improve their quality of life.

Treatment of Hemiplegia

For individuals with hemiplegia, the glove offers a structured and effective means of rehabilitation. It addresses both motor and sensory deficits, promoting comprehensive recovery.

General Hand Therapy

Beyond stroke and hemiplegia, the glove can be used for general hand therapy, including recovery from injuries, surgeries, or conditions such as arthritis. Its versatility makes it a valuable tool in any hand rehabilitation program.

Training Methods for Hand and Finger Rehabilitation Training Glove

Overview

The Hand and Finger Rehabilitation Training Glove combines advanced robotic technology with rehabilitation therapy principles to offer a variety of training methods. These methods are designed to gradually restore hand and finger functions, including strength, flexibility, and coordination. Here are some common training methods:

Training Methods

Passive Training

Objective: Maintain and increase joint range of motion, prevent muscle and joint stiffness.

Method:

1. The user places their fingers into the glove and activates the passive mode.
2. The glove gently moves the fingers at a preset speed and range.
3. Each session lasts 15-30 minutes, conducted 2-3 times daily.

Effect: Helps maintain finger joint flexibility and prevents stiffness due to prolonged inactivity.

Active-Assisted Training

Objective: Enhance muscle strength and promote user-initiated movements.

Method:

1. The user attempts to actively move their fingers while the glove provides assisting force.
2. The glove adjusts the assisting force based on the user's effort to help complete the movements.
3. Each session lasts 20-30 minutes, conducted 2-3 times daily.

Effect: Strengthens the user's muscles and improves movement control, promoting neuromuscular reconnection.

Active Training

Objective: Improve muscle strength and finger coordination.

Method:

1. The user independently performs hand and finger movements, with the glove providing feedback and resistance.
2. Exercises include bending, extending, grasping, and releasing actions.
3. Each session lasts 20-30 minutes, conducted 2-3 times daily.

Effect: Significantly enhances finger strength and flexibility, improving hand and finger coordination.

Grasp Training

Objective: Restore grasping ability for daily activities.

Method:

1. The user wears the glove and performs grasping exercises in active or active-assisted mode.
2. Practice with objects of different sizes and shapes, such as balls and cups.
3. Each session lasts 15-20 minutes, conducted 2-3 times daily.

Effect: Strengthens hand and finger grip, improving self-care abilities in daily life.

Sensory Training

Objective: Restore tactile perception in fingers.

Method:

1. The user performs tactile exercises with the glove, touching objects of different materials and shapes.
2. During exercises, the glove provides mild vibration and pressure feedback.
3. Each session lasts 10-15 minutes, conducted 1-2 times daily.

Effect: Enhances finger tactile sensitivity and restores sensory function.

Precautions

1. Gradually Increase Intensity: Start with low intensity in the initial training stages and gradually increase as recovery progresses.
2. Personalized Settings: Adjust the glove's speed, range, and resistance parameters based on the user's specific condition and recovery progress.
3. Maintain Regular Training: Ensure consistent daily training for optimal recovery effects.
4. Ensure Comfort: Training should remain comfortable, avoiding excessive fatigue or pain.

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