Reha-Stim Bi-Manu-Trainer

Reha-Stim Bi-Manu-Trainer soft rehabilitation robot gloves - intelligent rehabilitation gloves, support the training of patients with sensorimotor and cognitive impairment during rehabilitation, and are innovative products for hand function rehabilitation of stroke patients. It utilizes virtual reality-based gaming and advanced sensor technology to provide interactive, interactive one- and two-hand training exercises for visuo-motor finger, hand and arm coordination. It has multiple functions such as master-slave rehabilitation, passive rehabilitation, virtual reality games, rehabilitation assessment, etc. Game-based learning methods can increase patients' enthusiasm for participating in active training and can also help increase the intensity of training.

Increase patient motivation through game-based learning

In the actual rehabilitation process of patients with hemiplegia caused by stroke (stroke), traditional boring rehabilitation training often fails to bring about ideal rehabilitation effects, causing a psychological blow to the patients, and some patients may even give up rehabilitation training voluntarily. Reha-Stim Bi-Manu-Trainer soft rehabilitation robot gloves - smart rehabilitation gloves, improve patient motivation through game-based learning and ensure that patients can persist in training. This method can increase the intensity of rehabilitation training by more than three times.

Visual feedback supports treatment and allows patients to train independently

Intuitive software is easy to use for every patient and enables visual training. Therefore, the results of rehabilitation training can be directly fed back to the patient by the therapist.
Reha-Stim BiManu-Trainer's compact design and simple settings allow patients to be trained independently, unlike traditional treatment methods that require the assistance of a therapist. This makes rehabilitation training more convenient and greatly reduces the cost of rehabilitation training. Save therapist time and increase productivity.
Pressure sensors are used in training to improve ADL's daily living abilities

Force sensors allow treatment to focus on finger sensitivity and strength.

Support the training of ADL-related functional tasks, for example: the paralyzed arm imitates the task performance of the healthy arm (such as cutting vegetables, etc.)