Affordable Hand Rehab Robot by IIT Madras & CMC Vellore

A cost-effective, portable robotic device designed to revolutionize hand rehabilitation in homes and clinics.

Researchers from IIT Madras and Christian Medical College (CMC) Vellore have developed a cost-effective and portable robotic device for hand rehabilitation, marking a significant milestone in translating academic research into impactful products for the masses.

PLUTO - Plug and Train Robot

Named PLUTO (Plug-and-Train Robot), () this innovative device was licensed through the Technology Transfer Office (TTO) at IIT Madras and commercialized by Thryv Rehab Solutions.

Introduction To Physiotherapy
Encyclopedia section of medindia gives general information about Physiotherapy

‘#Handrehab just got a whole lot smarter! #IIT Madras & #CMC Vellore unveil #PLUTO, a revolutionary robot that could change the game for #stroke & injury recovery. #rehabilitation’

Designed to address gaps in the rehabilitation market, PLUTO offers an affordable and adaptable solution for use in clinical and home settings.

As the first indigenous rehabilitation robot tested in Indian homes, PLUTO has proven its capability to deliver intensive therapy while improving accessibility.

Over the past four years, it has already benefited more than 1,000 patients, showcasing its potential to transform rehabilitation practices in India.

Hand Rehabilitation Robot Granted Certification in Australia
A Hand Rehabilitation Robot has received certification in Australia, paving the way for advanced therapeutic solutions in rehabilitation and improving patient recovery outcomes.

Reference:

PLUTO - R2D2 @ IITM - IIT Madras- (https://r2d2.iitm.ac.in/innovations/pluto)

Source-Medindia

Stem Cell Therapy in Spinal Cord Injury Rehabilitation
Patient-derived adipose stem cells offer safe hope for better sensation & mobility in spinal cord injuries & paralysis.

Why Women Participate Less in Cardiovascular Rehabilitation?
Cardiovascular rehabilitation, which lowers mortality and readmission rates, is underutilized and less effective in women than in men.