Robotic rehabilitation is a treatment method used to improve a variety of brain and neurological conditions, including stroke, traumatic brain injury, spinal cord injury, Parkinson's disease, multiple sclerosis, paralysis following brain tumor surgery, balance and gait disorders, rehabilitation following orthopedic surgery, and nerve damage. Each of these conditions requires an individualized treatment plan tailored to the patient's unique needs.

Meet Technology

Robotic rehabilitation provides a precise, intensive and personalized approach that helps improve patients' functional independence and quality of life. Due to the versatility of robotic systems, which offer unique opportunities to accelerate recovery, improve functional outcomes and promote neuroplasticity by providing targeted therapy, real-time feedback and advanced safety measures, and their potential to revolutionise traditional rehabilitation methods, Acıbadem Healthcare Group is a beacon of hope for patients seeking to regain their independence and quality of life through robotic rehabilitation.

Located in the heart of Istanbul, the Acibadem Robotic Rehabilitation Center epitomizes innovation in healthcare. Equipped with cutting-edge technology, including weight-bearing systems, advanced robotics, and virtual reality tools, it fosters the recovery of various functions. Backed by Acıbadem Healthcare Group's expertise, it offers comprehensive treatment, extending world-renowned services globally. With a focus on swift recovery, the center provides tailored programs for patients with brain and nerve injuries, leveraging innovative approaches and intensive therapy led by experienced specialists.

Robotic Devices at Rehabilitations

Robotic rehabilitation uses robotic devices and technologies to improve various bodily functions and restore lost abilities.

Walking Rehabilitation: Walking rehabilitation is provided to patients with movement restrictions due to paralysis, spinal cord injury or other neurological disorders, using devices such as Lokomat. The Lokomat Pro model used in our clinic also has a Pediatric Modul that provides gait rehabilitation for children.

Upper Extremity Rehabilitation: Armeo Springs, designed to strengthen arm and shoulder muscles and increase range of motion, are used in upper extremity rehabilitation.

Balance and Coordination Rehabilitation: Devices such as the CMill VR+ are used for patients who have difficulty with balance and coordination. This device uses virtual reality and real-time feedback technologies to help patients improve their balance skills and become more independent in daily activities.

Hand and Finger Rehabilitation: Amadeo, designed for finger rehabilitation, is used to strengthen finger muscles, increase flexibility and improve hand control.

Spasticity Management: Spasticity is a condition characterized by muscle stiffness and loss of control and can be seen in several neurological disorders. Robotic devices help reduce spasticity and relax muscles.

Infusion and needle treatments: Robotic systems at our center help to effectively administer medications such as Botulinum Toxin to reduce muscle spasms and pain.