CritiCare Asia Multispecialty Hospital launches Cuvis 3rd generation robotic arm technology

This technology enables surgeons to perform complex joint replacement surgeries with precision, by overcoming the challenges which they face during traditional open surgeries

CritiCare Asia Multispecialty Hospital and Research Centre has announced the launch of Cuvis generation robotic arm technology for patients who require joint replacement surgeries. In the same vein, the hospital introduces the first Robodocs team featuring six prominent Hip and Knee joint replacement surgeons including, Dr Niraj Vora, Dr Vijay Shetty, Dr Ashit Shah, Dr Rakesh Nair, Dr Sanjay Londhe and Dr Santosh Shetty. These experts have teamed up together for the first time in India, to lay the foundation for CritiCare Asia’s Robodocs initiative – “A Robotic Joint Replacement Centre of Excellence”.

This technology enables surgeons to perform complex joint replacement surgeries with precision, by overcoming the challenges which they face during traditional open surgeries. Artificial intelligence will now aid the surgical expertise of the Robodocs team. With the Cuvis 3rd gen Robot, surgeons can pre-plan and visualise every step, down to less than a millimetre, before the actual surgery is performed. Surgeons can achieve this sub-millimetre accuracy with the equipment’s robotic arm and its burring tool. It has many advantages over conventional procedures, such as less of blood loss, faster recovery of patients, precise surgical bone cuts, better implant positioning and alignment, reducing time needed for the surgery and less risk of embolism, while also helping surgeons achieve zero error.

The team also shared that research has proven results of robotic joint replacement surgery being far superior to conventional joint replacement and computer assisted joint replacement surgeries and this was primarily the reason why the six surgeons from across Mumbai performing conventional & computer assisted replacements decided to come together and form a team to get trained in robotic joint replacements.