Here we provide you with an article concerning the use of robotic devices in surgery purposes. The option to use Robot for percutaneous needle puncture procedures these device is because robotic technology is enhancing surgery through improved precision, stability, and dexterity. To understand the benefit of using robots in surgery, we can find sections that summarize the differences between human and machine characteristics.

It has been nine years (in year of 2000) since FDA cleared for marketing a robotic device that enables a surgeon to perform laparoscopic surgery. At 2005, robotic devices were used for hysterectomy, myomectomy, endometriosis, and the removal of endometrial and cervical malignancies. The robotic arms, which have a “wrist” built in to the end of the tool, giving surgeons additional manipulation ability during laparoscopic surgery, enabling easier, more intricate motion and better control of surgical tools.

Another sections that well-described in this article are sections such as minimally invasive procedures in using robotic techniques, Image-Based Procedures, Interaction Modes, Limitations of robotic Surgery, specific surgical procedures where robots are used (including orthopedic, general, thoracic, and neurosurgery), Training and Simulation, and is ended by a discussion of current research issues and promising areas for future research.

On the recommendation of The General and Plastic Surgical Devices Panel of FDA’s Medical Devices Advisory Committee, results showed that the robotic system was comparable to standard laparoscopic surgery in safety and effectiveness. But,

Even in the most sophisticated systems, robots are specialized to specific tasks within procedures; humans must prepare the patient, make many of the incisions and sutures, and perform many other functions. Robotic systems are best described as “extending human capabilities” rather than “replacing human surgeons”.

Read on to see more information about Will Robotic Surgery Systems for Replacing Human Surgeons? in pdf filetype available to download (source: biorobotics.harvard.edu).