Hand Rehabilitation Robot for Better Movement

About hand rehabilitation robot:A hand rehabilitation robot is an automatically operated machine designed to improve muscle and joint movement in people with impaired physical hand functioning. The hand robotic rehabilitation device activates the muscle on the deficient hand using functional electrical stimulation to complete its motion like a robotic actuation. This rehabilitation process, called robotic hand therapy, helps to increase the recovery period of impaired hands compared to other types of rehabilitation. It is commonly used for post-stroke patients to help them get back to a better physical condition. Many rehabilitation robots have been developed over time, but they have become more successful in recent years, making them more popular, reliable, and affordable.

Types of Hand Rehabilitation Robot

Two main types of hand rehabilitation robots are assistive robots and therapy robots. Assistive robots substitute for lost limb movements. They complete the function of an arm and can be controlled externally. An example is robot arms mounted on wheelchairs to assist persons with nonfunctional limbs. Therapy robots, also known as rehabilitators, assist physical therapists and their patients in practicing movements aided by the robot. Unlike the assistive robot, which is a permanent solution, the therapy robots are temporary and speed up the recovery period of patients. Other types of hand rehabilitation robots are rehabilitation robot gloves, finger rehabilitation trainer robot gloves, and hand rehab robot gloves.

Features of Hand Rehabilitation Robot

Hand rehabilitation robots have two main features; hand compound and wrist training. Wrist training – Hand rehabilitation robots can control the range of the motion of the wrists to train the wrists alone. This makes it possible to train the wrists, fingers only, or both fingers and wrists together. Examples of this are hand rehab robot gloves and finger robot gloves. Hand compound training – This works depending on the patient’s condition. The robot can train different combinations of fingers and wrists in a targeted way. This means hand rehabilitation robots can train in different types of conditions.