Eleva Mercur was developed and co-created by the Mercur and Neurobots brands, with a focus on the rehabilitation of neurological injuries, combining Neurobots' technological expertise with Mercur's consolidated trajectory in the development and distribution of rehabilitation products. This connection enabled the development of the portable functional neurostimulator, which went through stages of research, testing and validation until arriving at a solution for neuromotor rehabilitation.

It was developed to provide effective and accessible motor assistance for patients with mobility difficulties who require gait training and recovery, offering a solution that combines cutting-edge technology and engineering for a life with more autonomy and quality.

Who can use

Eleva Mercur is intended for people of any age with neurological sequelae due to diseases, disorders or injuries to the Central or Peripheral Nervous System, such as:
• Cerebral Vascular Accident (CVA);
• Traumatic brain injury (TBI);
• Tumors in the Central Nervous System;
• Cerebral Palsy (CP);
• Multiple Sclerosis, specifically for those who have motor deficits to perform the ankle dorsiflexion movement (elevation of the tip of the foot) during walking;
• Elderly people who face mobility difficulties due to aging and related conditions, such as arthritis or osteoporosis, can also be included in this group. In other words, Eleva Mercur works by stimulating the muscles responsible for dorsiflexion, helping to elevate the foot, an important movement for a safe and functional gait.

The Eleva Mercur app allows you to customize the device's electrical stimulus. Training mode allows you to use the device as a conventional electrical stimulator for specific exercises outside of walking.
Through the application it is also possible to monitor the progress of the treatment, checking the history of steps taken, speed, distance covered and training performed. In the settings, there is the possibility of personalizing use, making it possible to change user information, activate or deactivate electrical stimulus sound warnings, among other features.