Robotic surgery London is a form of surgical procedure that requires the assistance of an electrically powered device. It differs from conventional surgery because the surgeon can use the instrument’s power to move around within the body instead of using the human arm to perform the surgery. Some of the best Robotic surgery London techniques include robotic laparoscopic procedures and telesurgery.

ZEUS and da Vinci

When the ZEUS and da Vinci robotic surgical systems appeared, each was considered a world first. But the two systems were not the only technological advancements in the medical field. With technological advances in surgical robotics, the world of medicine has transformed.

The ZEUS and da Vinci surgical robots were introduced to reduce blood loss and healing time during minimally invasive surgery. However, both systems require a high level of skill and training. They can be used in various cardiac, neurological, urologic, gynecologic, and laparoscopic procedures.

ZEUS and da Vinci are controlled by a surgeon who sits at a console. They wear special glasses that give them a three-dimensional image. This enables them to see and manipulate the surgical instruments on the arm of the robot.

BRIGIT and VectorBot

The BRIGIT and VectorBot are on the cutting edge of robotics and medicine. The edifices mentioned above are currently undergoing trials at the University of Oxford and Hamlyn hospital in London. Aside from the obvious clinical applications, the aforementioned robotic aces can be considered a boon to the public. Vector can also act as a timer for the uninitiated. As such, it has earned the title of the world’s first robot with a human-like brain.

Although not the quickest to boot up, the Vector can boast a thirty percent longer battery life. Moreover, its cleverly designed batteries can be topped off at will. To top it off, the robot has a personality.

Mako Robotic Arm-Assisted Surgery vs. Stryker’s Mako Robotic

Mako robotic arm-assisted surgery is a revolutionary new surgical technique that makes joint replacement surgeries more accurate, less expensive, and less painful. It can help reduce the pain associated with arthritis and other degenerative conditions.

The Mako System uses a computer to generate a personalized surgical plan based on your unique anatomy. This preoperative plan can help you prepare for the surgery and better predict how your bone will be removed.

The Stryker Mako system utilizes a highly calibrated robotic arm and specialized surgical saw to position the implant accurately. A surgeon guides the system to resect only diseased bone.

The system also incorporates haptic technology, which limits the saw blade action outside its haptic boundary. This helps reduce soft tissue damage and speeds up recovery.