Robot Assisted Gait Therapy System
The robot-assisted gait system is an advanced gait system that presents the natural physiological gait pattern to the patient through a computer-controlled robotic orthosis. While traditional treatment is a method that requires intensive power and is carried out with two or three physiotherapists through parallel bars, it has become an effective treatment method that can be applied by a single user thanks to the robotic rehabilitation systems used today. There is no age limit for the use of the system, the maximum weight should be 140 kg and the maximum height 200 cm.
Benefits of Robot Assisted Walking Therapy System
Robot-assisted walking system is a robot-assisted walking therapy service used to accelerate the treatment process in order to regain and improve walking ability. In the therapies performed with the robot, it is aimed to switch the lower extremity to a normal walking pattern, to perform load transfer in a controlled manner and to activate the neuronal pathway. A plasticity effect is created with the visual motivation system.
For Which Patients Can Robot Assisted Walking Therapy System Be Applied?
It can be applied to patients with orthopedic or normal disorders such as hemiplegia, paraplegia, CP, CV, parkinson, traumatic brain and spinal cord injury, spinal cord injury, multiple sclerosis, stroke, hip arthroplasty, post amputation prosthesis.
Which patients cannot be taken into the device?
Treatment is not appropriate in patients with hypertension, hypotension, severe osteoporosis, new CVO, those with no experience of tilted table, patients with circulatory problems, pregnant or suspected pregnancy, patients with severe lower extremity disproportion, severe athetoid conditions.
Does The Treatment Performed With The Robot Assisted Gait Therapy System Give Definite Results?
Robot-assisted walking therapy is a part of other treatments applied to the patient. It is aimed to help the treatment according to the patient's condition. Periodic evaluations are made to get maximum efficiency from the patient.