Indonesian Surgeons Marvel at Precision of Advanced Iranian-Made Surgical Robots

Surgeons in Indonesia have shown a high level of satisfaction with the performance of the Sina Surgical System, a revolutionary advancement in robotic telesurgery. According to a report by Press TV, this innovative medical technology has drawn significant interest, leading to a surge in training applications from new surgeons eager to master its use.

Approximately 100 Indonesian surgeons have applied to participate in training courses specifically designed for the Sina Surgical System. This interest comes in addition to the 112 surgeons who have been actively engaged in training since the system was first introduced to Indonesia two years ago.

Indonesia has ambitious plans for the Sina Surgical System. Once fully approved, the system is expected to enhance the country’s Robotic Telesurgery Center, enabling connections between the eastern and western islands, which are separated by a distance of 3,500 kilometers.

The Sina Surgical System is designed and manufactured by an Iranian robotics company. It utilizes advanced robotics to replicate the movements of a surgeon’s hands during operations, thereby increasing precision and efficiency in surgical procedures.

One of the key features of the Sina Surgical System is its minimally invasive approach. The system employs a mere 5-millimeter incision at the surgical site, which significantly reduces patient recovery time. Furthermore, this technique allows for more precise suturing of wounds, enhancing overall surgical outcomes.

The technology behind the system ensures that every centimeter of movement made by the surgeon is mirrored by the robots, with a one-millimeter movement on the patient’s body. This capability allows surgeons to perform intricate tasks on a larger scale while the robots execute the movements at a much smaller scale, providing excellent accuracy in wound closure.

The Sina Surgical System is the result of over 20 years of dedicated research conducted at Tehran’s University of Medical Sciences. The project team emphasizes that the device is a product of Iranian innovation, developed using the expertise and technological advancements of Iranian engineers and scientists.

This groundbreaking robotic system has garnered substantial recognition, having secured 10 patents in the United States and other countries. Additionally, the research surrounding the Sina Surgical System has been featured in over 70 studies published in prominent international scientific journals, showcasing its significance in the field of robotic surgery.

Interest in the Sina Surgical System is not limited to Indonesia. Reports indicate that various agencies associated with the Russian government have also expressed keen interest in the technology, further validating its potential impact on global surgical practices.

In summary, the Sina Surgical System represents a significant leap forward in the field of robotic telesurgery, combining cutting-edge technology with the expertise of Iranian researchers. Its introduction to Indonesian hospitals not only aims to enhance surgical precision but also strives to improve patient outcomes across the archipelago. As more surgeons become trained in its use, the potential for transformative changes in surgical procedures continues to grow.

• Key Benefits of the Sina Surgical System:
  • Minimally invasive techniques leading to quicker recovery times.
  • Enhanced precision through robotic replication of surgeon movements.
  • Potential to connect remote surgical centers across vast distances.
  • Strong foundation based on two decades of research and development.
• Recognition and Interest:
  • Secured 10 patents internationally.
  • Featured in over 70 scientific papers.
  • Interest from international agencies, including those in Russia.

The future of surgical practices in Indonesia and beyond looks promising with the integration of the Sina Surgical System, paving the way for more innovative approaches to healthcare and surgery.