Genrobotics, a National Award-winning startup headquartered in Technopark, Kerala, has launched what it claims to be India’s first paediatric gait trainer. The innovation was unveiled by Kerala Health Minister Veena George.
Known for its flagship product, the Bandicoot Robot, designed to eliminate manual scavenging, Genrobotics has already made waves with its G-Gaiter—a robotic gait trainer for adults suffering from lower limb disabilities caused by stroke or spinal cord injuries. The company asserts that the G-Gaiter is now the most installed robotic gait trainer in India.
The latest addition to its lineup, the Paediatric Robotic Gait Trainer, is specifically designed for the rehabilitation of children with conditions such as cerebral palsy, brain injuries, muscular dystrophy, and spinal cord injuries.
Cerebral palsy (CP) is recognised as the most common physical childhood disability, affecting a significant number of children globally.
Globally, cerebral palsy affects approximately 18 million individuals, with many children facing severe mobility challenges stemming from neurological conditions. Among children under five years old, approximately 8.1 million are estimated to have CP, which represents about 1.2% of this age group.
These issues not only hinder their ability to walk but also affect their overall development and quality of life. Despite the growing need for targeted rehabilitation, access to specialised therapies remains limited for many children.
Conventional gait training often falls short of providing personalised care, engaging therapy, and consistent progress tracking. Additionally, rehabilitation centers frequently lack advanced tools designed for paediatric needs. Genrobotics aims to address these gaps by introducing innovative solutions tailored to children.
The new G-Gaiter Paediatric combines robotics, virtual reality (VR), and the company’s patented GPLOT technology. It focuses on milestones related to motor pattern relearning and rebuilding walking ability; muscle coordination; and functional mobility.
The device incorporates VR therapy and interactive therapy games, creating an engaging and enjoyable rehabilitation experience. It features an adaptive GPLOT exoskeleton for customized support, as well as a dynamic weight support system that adjusts to the child’s unique needs, ensuring safe and effective therapy.
