CARE Hospitals Unveils AI Robotic Surgery System in Hi-Tech City

The Stryker Mako Robotic System, integrated with AI, claims to enhance surgical accuracy by enabling real-time decision-making, personalized surgical planning, and precision execution.

CARE Hospitals , Hi-Tech City, unveiled an AI-powered Stryker Mako Robotic System, marking a new era in robotic joint replacement surgeries in Telangana.

The newly launched technology was inaugurated by Arekapudi Gandhi, MLA, Serilingampally along with Varun Khanna, Group Managing Director of QCIL.

Speaking at the launch, Arekapudi Gandhi, MLA, Serilingampally said, “The integration of such advanced AI-based robotic solutions in Telangana’s healthcare ecosystem showcases our state’s progress in embracing next-gen medical technology. I commend CARE Hospitals for constantly pioneering innovations that improve patient outcomes and set new benchmarks in clinical excellence.”

The Stryker Mako Robotic System, integrated with Artificial Intelligence, claims to enhance surgical accuracy by enabling real-time decision-making, personalized surgical planning, and precision execution.

This advanced system is particularly effective in total knee, partial knee and hip replacement surgeries, resulting in faster recovery, minimal post-op pain, and improved long-term outcomes.

About AI-Robotic Surgery System

The MACO Robo system uses AI-driven 3D CT-based surgical planning to create personalized joint replacement procedures tailored to each patient.

During surgery, the system provides real-time robotic guidance with haptic feedback, allowing for enhanced precision and control.

This advanced approach minimizes bone removal and soft tissue damage, ensuring precise implant placement and leading to better outcomes, quicker recovery, and shorter, hospital noted.

Gottemukkala Ashok Raju, Clinical Director & Senior Consultant Orthopaedics, CARE Hospitals, Hi-Tech City added, “The MACO Robo helps us combine human expertise with robotic precision. It enables personalized procedures with consistent accuracy, reducing post-surgical pain and speeding up recovery. It’s a game-changer in joint replacement surgery.”

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