* This product is used for hand rehabilitation training.Rehabilitation training for stroke, hemiplegia and trauma.* Please let us know the size of your palm,there are 6 sizes of the gloves:S/M/L/XL/XXL
* Please contact us before purchasing.
* Hand mirror training
Air pressure as the power, automatically drive hand activities, reduce spasm, do effective training for hand recovery, can also act on the brain nerves and blood vessels, promote the conservative treatment of brain injury and postoperative rehabilitation.
According to customer feedback, there will be an obvious feeling in 15 days, 2-3 months can be greatly improved
Purpose:The therapeutic simulator "Rehabilitation Robot Gloves" is designed for children and adults who have impaired motor function of the hands, as a result of which they cannot independently capture, hold and manipulate objects.
In what cases is the "Robot-Glove" most effective?
1.Cerebral palsy
2.Hemiplegia
3.Patients with muscle contractures
4.With paralysis
5.With various spinal injuries
6.Parkinson's disease
7.Multiple sclerosis
8.Musculoskeletal disorder
9.After a stroke with neurological disorders
10.Traumatic disorders of the spine and spinal cord
11.Stiffness and dysfunction of the muscles of the hands after surgery etc.
Recovery of the patient with the help of specialized simulators is a long process, however, with the help of regular training under the guidance of a doctor, progress is observed almost from the very beginning of training.reducing stiffness and immobility of the jointsrestoration of blood circulation
reducing muscle stiffness
restoration of muscle performance after atrophy
reduction of increased muscle tone and joint painnormalization of metabolism and digestionTraining Modes:
active training
passive training
completing tasksActive mode of mirroring the movements of a healthy hand:In the active mode, the exercise program provides for the performance of certain actions with a healthy hand according to a given algorithm, forcing the brain to concentrate on visual and tactile sensations and copy impulses into the motor neurons of the injured hand, simultaneously perceiving information from mechanical repetitions of similar actions performed by the robot glove. The nervous system, brain and muscles are trained simultaneously.
