The field of surgery is seeing a time of extraordinary change as a result of amazing recent advances in surgical and computer innovation. Robotic surgery could change treatment by giving exact, stable, and apt help to human surgeons.

The best-known surgical robot, Intuitive Surgical's da Vinci, is intended to improve the clinical results of patients through insignificantly invasive surgery. Robot surgery is discovering application in numerous claims to fame. For example, in neurosurgery, picture guided robots help inspect brain injuries without making any real harm to the adjoining tissue.

The robotic surgery market has been making waves since the 1980s. This development is credited to the developing demand for automation in the healthcare industry in general, the more noteworthy concentration towards negligibly invasive medical procedures for faster recovery and developing familiarity with robotics technology among healthcare experts.

The rising-rate paces of neurological, gynecological, and different issues, regardless of whether from environmental exposure, maturing populations, or hereditary conditions, are another contributing component.

As indicated by Allied Market Research, the worldwide surgical robotics market is probably going to reach $98 billion by 2024, encountering a compound yearly development pace of 8.5% from 2017 to 2024. A few organizations in the space are seeing the technology to improve surgical efficiency and broaden their infiltration in the market.

In a few years, the utilization of robots in surgical procedures by hospitals in India will increment, said senior orthopedicians, including that robotics arms, will evade intra-operative intricacies during knee and hip substitution and help in a better arrangement of implants, along these lines guaranteeing faster recovery.

Addressing a press conference around the fifth Arthroplasty Arthroscopy Summit facilitated by Apollo Hospitals under the aegis of Telangana Orthopedic Surgeon's Association and Twin Cities Orthopedic Society recently, Mithin Aachi, senior ortho and joint replacement specialist, said however they performed a large number of surgical procedures, there could be 0.01% possibility of human mistake where surgeons could harm arteries and/or ligaments.

The utilization of robotics in performing knee and hip replacement, its cost-effectiveness and different viewpoints were talked about during the summit attended by almost 125 orthopedic surgeons.

In June last year, Restoration Robotics Inc., a leading robotic hair-restoration organization in San Jose, Calif., introduced a continuing education series for its ARTAS Robotic Hair Restoration System.

Restoration Robotics' Master Class is intended to teach doctors on best practices and recent systems for this forefront aesthetic technology.

The Master Class is intended to help and advance their physicians' information in utilizing the ARTAS Robotic System and improving the patient experience, said Ryan Rhodes, president and CEO of Restoration Robotics.

According to Dr Mithin, robotic arms don't perform surgical procedures yet help doctors in arranging and executing the medical procedures.

A CT scan helps make sense of the deformation in the knee, thickness of bone cuts required and the size of implant that should be put. That data is sustained into the software of the robotic arm. A camera helps in understanding the situation of the knee by markers set in the bone. When the 3D position of the knee is controlled by the robot, it helps in accomplishing bone cuts to flawlessness by adjusting the robot arm in the right plane as the surgeon begins to cut bone.

Another senior ortho and joint replacement specialist, N. Somashekar Reddy believes robotic arms cost anywhere between ₹10 crore and ₹15 crore and the expense might be shifted to patients, making the surgical procedures costly. However, he said as utilization of robots in the medical procedures increase, the expense of operation will descend.

According to Dr. Frank La Marca, a Henry Ford Allegiance Health neurosurgeon, robot-assisted surgical procedure is a new, rising territory that will end up being the standard in care. "We are eager to offer our patients the upsides of the Excelsis framework, which enables us to perform negligibly invasive methods, which may bring about less blood loss, less muscle harm, and conceivably faster recovery."