A hand rehabilitation robotic glove is a specialised wearable device designed to assist individuals recovering from hand injuries or impairments. This robotic glove typically incorporates advanced technologies, including sensors, actuators, and a feedback system, to provide therapeutic exercises and support during the rehabilitation process.

Key features of the Hand Rehabilitation Robotic Glove:

1. Sensors: The glove is equipped with sensors that can detect and measure various aspects of hand movements, such as flexion, extension, and grip strength. These sensors provide real-time data on the user’s hand performance.
2. Actuators: Integrated actuators within the glove assist in guiding or supporting the user’s hand through a range of motion. These can be adjusted based on the individual’s specific rehabilitation needs.
3. Feedback System: Many robotic gloves offer a feedback mechanism to provide users with information about their hand movements and progress. Visual or auditory cues may be employed to enhance the user’s awareness and engagement.
4. Customisable Rehabilitation Programmes: The device often comes with programmable rehabilitation exercises that can be tailored to the user’s condition and progress. This allows for a personalised and adaptive approach to hand rehabilitation.
5. Connectivity: Some robotic gloves may have connectivity features, enabling healthcare professionals to monitor the user’s rehabilitation remotely. This facilitates adjustments to the rehabilitation programme based on the user’s performance.

Hand Rehabilitation Robotic gloves are commonly used in physical therapy settings, hospitals, and rehabilitation centres to enhance the effectiveness of hand rehabilitation programmes. They offer a controlled and supportive environment for individuals recovering from conditions such as strokes, hand injuries, or neurological disorders. The goal is to improve hand strength, coordination, and functionality, ultimately aiding the individual in regaining independence in daily activities.