Walkbot is a state-of-the-art lower limb rehabilitation exoskeleton robot that provides natural walking movements and various training programs for patients with walking disorders due to stroke, spinal cord injury, cerebral palsy, etc
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Walkbot Lower-Limb Robotic Rehabilitation in Sakra hospital, india
A vast majority of neurological conditions like Stroke, Traumatic brain jinjury, Spinal cord injury, Paraplegia, Quadriplegia, Gillian barre Syndrome, Parkinson's disease, One thing in common. It disrupts the connection between the brain and the muscles and joints. Such patients require neuro rehabilitation to get back to their best selt. Keeping this in mind we at Sakra world hospital have introduced robotic assisted neurological rehabilitation program.
[Dr. Swaroop Gopal Director - Neuro Sciences]
As you know robotics offers another dimension to the neuro rehabilitation program at Sakra. As a neurosurgeon and a stroke neurosurgeon we see a lot of stroke and also we see a lot of trauma. Now apart from the routine Neuro rehabilitation done at Sakra, the robotics team now with the inclusion of the robots is going to add another dimension. Because, these robots are most advance in the world, they are sensor based, they work on tactile feedback from the patients and this will improve their morale and hassle in the speed of recovery.
[Dr. Satish Rudrappa Director - Neurosciences]
Spinal cord injury either due to trauma tumor or infection is devastating any individual. In such cases as a surgeon in addition to my surgery every patient requires individualized rehabilitation to make difference to them. And we are adding robotic assisted rehabilitation which is the state of art and for the first time in the country. We are introducing these services. Walkbot the robotic helps my quadratic patients to walk, feel good and train themselves to face situation with increased confidence. Arm Spring robotics helps to training their upper limb movements which is also helpful to brachial plexus injury patients. Our Hocoma robotics will train this aspect in my quadriparetic and pheripheral injury patients.
[Dr. Shiva Kumar R. Senior Consultant - Neurology & Epileptology]
Physical activities like motor skills, motor retraining cognitive skills and language retraining and swallowing therapy and we have off late robotic therapies tanscranial magnetic stimulation, wireless rehabilitation which uses tele facilities for improving the rehab services, or all the rehab facilities which are available in centers like excellence of rehabilitation like Sakra world hospital.
Information about indications and contraindications is one of the most frequently asked questions. Thus, we prepared a post for basic indications and contraindications of Walkbot. Indications and contraindications of Walkbot Lower-Limb Robotic Rehabilitation(1) Indications and contraindications of Walkbot Lower-Limb Robotic Rehabilitation(2) 워크봇(Walkbot) 보행재활로봇 적응증 & 금기증 #WALKBOT #RobotAssistedGaitTraining #RoboticGaitTraining #LowerLimbRehabilitationRobot #RoboticRehabilitation #GaitTraining #RehabilitationRobot #Rehabilitation #Stroke #CerebralPalsy #Neuroplasticity
Walkbot is a state-of-the-art lower limb rehabilitation exoskeleton robot that provides natural walking movements and various training programs for patients with walking disorders due to stroke, spinal cord injury, cerebral palsy, etc. Walkbot Lower-Limb Robotic Rehabilitation have 5 models. 3 for adults and 2 for pediatrics. 1. Walkbot Premim for Adult a. Ankle-knee-hip joints synchronization b. Interactive training c. 3D Motion simulation d. Robot sensitivity setting e. Dynamic BWSTT f. Automatic leg length adjustment g. Active augmented reality feedback software (optional) h. Force plate (optional) 2. Walkbot S for Adult a. Ankle-knee-hip joints synchronization b. Interactive training c. 3D Motion simulation d. Robot sensitivity setting e. Dual BWSTT (Static type) f. Automatic leg length adjustment g. Active augmented reality feedback software (optional) 3. Walkbot G for Adult a. Ankle-knee-hip joints synchronization b. Interactive training c. 3D Motion simulation d. Robot sensiti
Walkbot Premim Model 1. Active augmented reality feedback software (optional) 2. Interactive training 3. 3D Motion simulation 4. Robot sensitivity setting 5. Dynamic BWSTT 6. Automatic leg length adjustment 7. Ankle-knee-hip joints synchronization 8. Force plate (optional) Technical specification 1. Patient Height : 140 ~ 200cm 2. Leg length (Hip-knee) : 350 ~ 480mm 3. Leg length (Knee-Ankle) : 353 ~ 483mm 4. Dimensions (L x W x H) : 380 x 200 x 257cm 5. Space requirements (L x W x H) : 530 x 300 x 265cm 6. Power resources : AC 230V, 50/60Hz Single phase 10A #WALKBOT #robot assisted gait training #robot assisted gait rehabilitation #gait training #rehabilitation #robotic rehabilitation # neuroplasticity #advanced rehabilitation #Lower-Limb Robotic Rehabilitation # Robotic Rehabilitation for the Lower Extremity
Where is the Walkbot in the United States.? I'd like to use it.
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