The Optimal-G is a robotics-based powered exercise equipment intended to redevelop muscles and to restore motion to joints during the rehabilitation of a patient recovering from a stroke or other neuromuscular condition. The Optimal-G enables passive and allows active motions of the lower limbs, which are carried out by a single robotic guide. The robotic guide is modular, and designed to be appropriate for use both in the in-patient and outpatient facilities. It incorporates sensors for accurate motion control of the robotic guide and provides measures of patient performance.

The ReoAmbulator model is robotics-based powered exercise equipment intended to redevelop muscles and to restore motion to joints during the rehabilitation of a patient recovering from a stroke or other neuromuscular condition. The ReoAmbulator enables passive and allows active motions of the lower limbs, which are carried out by a single robotic guide. The robotic guide is modular, and designed to be appropriate for use both in the in-patient and outpatient facilities. It incorporates sensors for accurate motion control of the robotic guide and provides measures of patient performance.

The ReoGoTM therapy platform is a computerized robotics-based system for retraining patients with motor limitations, recovering from CVA or other neuromuscular conditions. The Motorika ReoGo™ System is rehabilitative exercise device intended for medical purposes, such as to measure, evaluate, and increase the strength of muscles and the range of motion of joints specifically designed to prevent the adhesion and contracture of joints, to improve the patients’ range of motion and functional capabilities of the upper extremity.

The ReoGoTM therapy platform is a computerized robotics-based system for retraining patients with motor limitations, recovering from CVA or other neuromuscular conditions. The Motorika ReoGo™ System is rehabilitative exercise device intended for medical purposes, such as to measure, evaluate, and increase the strength of muscles and the range of motion of joints specifically designed to prevent the adhesion and contracture of joints, to improve the patients’ range of motion and functional capabilities of the upper extremity.