Single-Leg Rehabilitation Exoskeleton

The first robotic knee orthosis with adaptable stiffness, which interprets the patient's requirements and provides the strength, mobility, and stability required for walking. Sensors conduct biomechanical analyses of the patient's gait and strive to enhance it.
input:
output:Clinical advantages

A 66% decrease in the recovery time of patients who undergo total knee arthroplasty in comparison to conventional treatment.

The patient will experience a maximum recovery as a result of the reduced pain during the sessions and the subsequent lower rate of attrition of the rehabilitation treatment.

Pain reduction during sessions is facilitated by the customization and adaptation of the exercises. This incentivizes patients to engage in physical activity in the intervened region, which subsequently alleviates inflammation and pain.
input:
output:Acquiring objective and consistent data during the rehabilitation's initial assessment and subsequent development. Determination of deviations in both force and angles.

The exercise is customized to the specific needs of each patient, and the therapy is executed with complete precision and repetition.

A greater degree of satisfaction and recovery.input:
output:Signs Maintaining an active kneeinput:
output:MAK Active Knee has received CE clearance and is recommended for the rehabilitation of gait in patients with hemiplegia or knee weakness. Currently, it has been successfully tested in the following areas: rehabilitation following total knee arthroplasty.MAK is currently undergoing a clinical trial to expand its application for:input:
output:Brain damage rehabilitation (stroke)Treatment of Multiple SclerosisTreatment of Muscular Atrophy