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South Korea has been a leader in the medical robotics field for some time now. With the country’s dedicated focus on medical technology, South Korea has developed a range of surgical robotics that allow for minimally invasive surgeries to be performed with much greater precision and accuracy than was possible before.
Many of these robots are designed specifically for surgical procedures such as laparoscopy, thoracoscopy, and prostatectomy. The robots enable the surgeons to control the instrumentation from a remote location, and this leads to improved patient safety, faster recovery times, and reduced costs.
The Korean government has invested heavily in the development of surgical robotics, and as a result, the technology is now distributed throughout the country’s numerous hospitals.
South Korea boasts some of the most advanced surgical robotics in the world, such as the da Vinci Surgical System, which enables surgeons to perform complex procedures with a remarkably quick recovery time.
Additionally, smaller, more affordable robotic systems like the Si-Robot Mk2 allow for minimally invasive operations to be conducted without a large staff or infrastructure.
Overall, South Korea’s commitment to advancing surgical robotics has resulted in dozens of innovative products and technologies that have greatly improved the safety and efficiency of operations.
In addition, increased access to these technologies has allowed surgeons to provide more efficient and effective care to their patients.
Ultimately, South Korea has developed some of the world’s most advanced surgical robotics that are helping to revolutionise the medical industry.
The South Korea Surgical Robotics Market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Cuero Inc., a South Korean company that manufactures surgical robots, has partnered with Microsoft Corp. to develop medical robots that leverage artificial intelligence (AI) technologies. This partnership raises the possibility that an AI robot may oversee various surgical procedures, including planning and cutting.
Without physical equipment on hand, a surgeon will be able to easily access the cloud using a login ID and verify the recommended operating method proposed by the AI program me based on computed tomography and other data. The surgical robots are now only partially automated, but in the future, they hope to create robots that can analyze post-surgery photos and provide an optimal operation plan based on artificial intelligence data.
Currently, before the Cuero robot is used in any spine or artificial joint surgery, the procedure should be planned by a physician using CT scans and additional information. All a Cuero robot does is support the physician, who carries out the majority of the procedure.
Cuero presently offers three different kinds of surgical robots for sale: the first spinal surgical robot made in Korea, surgical robots for artificial joints, and robots for gait rehabilitation. Four thousand joint procedures both inside and outside of Korea were performed using the company’s artificial joint surgical robot. It has tested Morning Walk, a robot for gait rehabilitation, in 40,000 procedures.
The Reve-i surgical robotic system was developed and introduced by Korean business Meer company Inc. Using the operation cart’s robotic arms as a control panel, surgeons conduct robotic surgery. The surgical site is displayed in three dimensions using the 3D HD viewer on the master console. Surgeons may easily alter the armrest height, 3D viewer slope, seating height, and other settings on the master console thanks to its ergonomic settings. It might benefit clinical practice by lessening surgeon fatigue.
For the safety of robotic surgery, the surgeons could operate the equipment and the endoscopic camera. Surgeons use their hands to replicate the motion of robotic arms while controlling tools. With regard to camera control, it makes it simple for surgeons to move, alter, enlarge, and rotate their surgical field of vision.
