It may sound like a science fiction film but the inclusion of robot-assisted surgical systems is gaining momentum across the myriad segments of the healthcare sector. This is due to the constant rise in the demand for precision, technological progress, high intake of artificial intelligence (AI), better technological progress, and the rising demand for minimally invasive surgery to reduce cost and increase efficiency. The robot-assisted surgical systems are known for their effective application of robotic systems in real-time surgeries. This industry has already witnessed significant changes and is constantly developing, which would make it the choicest preference for physicians. Its percolation is fast becoming easier as the comfort it provides to the patient is unprecedented and their reliance on such procedures is also increasing.
How Does It Work?
Two major procedures get used to operating the format in a sound and safe manner. The process can include a telemanipulator that provides access to the process or it can be via computer controls. The telemanipulator can be defined as a remote manipulator that facilitates various types of movements that can assist in surgery. A surgeon can use it to perform in detail during a surgery. Doctors can rely on its efficiency. The process requires the arming of the doctor with a robotic arm that can work with end-effectors and manipulators.
The computer-controlled surgery can be performed from a distant location. It provides better growth opportunities to the industry as often it happens that due to the unavailability of doctors, patients suffer. In such cases of emergency, if the doctor has such advanced technologies in his or her immediate surroundings, it can assist in avoiding many major damages and save lives. The process can also include the assistance of telemanipulators and it only increases the efficiency of the system.
How Far History Goes?
The system is relatively new for obvious reasons as it has never witnessed such a wide-scale interference of different assistive and associated technologies. It has a history that dates back to 1985 when the robot-assisted surgical procedure took place with PUMA 560 robotic surgical arm. It was used to perform a very delicate form of neurosurgical biopsy, which was a non-laparoscopic surgery. But the first one to get FDA approval was the AESOP system produced by Computer Motion that was targeting endoscopic surgical procedures. It was almost three decades back, in 1990. The first one to become a holistic solution to perform surgeries was da Vinci Surgical System and that too, at the break of the new millennium, in the year 2000. It was approved by FDA. The system broke grounds in many ways with its large projection screen that magnifies the area under consideration to assist doctors in their performance. The device also marked a substantial stand forward with its one-centimeter diameter surgical arms, which can be considered revolutionary in terms of the advancement it has witnessed since the days of PUMA 560.
What Holds the Future?
A sneak peeks into the future of the robotic-assisted surgical systems can provide proper directions in which the industry is heading. The intent is to remove human contact as much as possible or if it has to stay then make it more effective by increasing the precision of the system. This would rely comprehensively on the inclusion of artificial intelligence (AI) and the internet of things (IoT). Both these technologies can together provide a system, which would require minimal interference from human physicians. Recent signs of progress are trying to introduce the tactile feeling of the hands during an operation into the machine to assist doctors in having the best of both worlds. This would be the perfect blending of the human and machine.
What does the Market say?
The global market for robotic-assisted surgical systems, as Market Research Future (MRFR) predicts, can witness a surge by 10% between 2018 and 2023. The time frame can be considered as the forecast period as well when the demand for the system would grow effectively.
Summary: The global industry of the robotic-assisted surgical systems is all set to benefit from the high inclusion of artificial intelligence and the internet of things. This growth would witness a perfect blend of human expertise and precision of machines.
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