Patient Education
Information for Patients
An Introduction to Minimally Invasive Surgery
Over recent decades, less invasive surgeries have led to minimal scarring and shorter hospital stays.
What is meant by the term Minimally Invasive Surgery (MIS), and how is it different from open surgery? MIS describes a range of techniques surgeons use to minimize incisions to the body during a procedure. It includes laparoscopy and robotic surgery, two ways of operating that involve instruments fitted through small openings in the body as well as a camera so the surgeon can see without making a larger incision.
Da Vinci Medical Technology LLC uses robotic-assisted technology in conjunction with laparoscopic techniques that many surgeons around the world are familiar with. Our system provides surgeons with Augmented Intelligence capabilities for increased precision and control as well as a full suite of reusable 3mm and 5mm instruments.
The Next Level of Surgical Confidence
The instruments engineered by Da Vinci Medical Technology provide tactile feedback through subtle vibrations. This haptic response helps your surgeon navigate safely and confidently around anatomical structures.
The instruments engineered by Da Vinci Medical Technology provide tactile feedback through subtle vibrations. This haptic response helps your surgeon navigate safely and confidently around anatomical structures.
Digital Augmented Intelligence tools increase precision and control, enabling your surgeon to perform quick measurements, add on-screen annotations, and make more informed surgical decisions.
What Can You Expect from the Recovery Process?
Advanced Robotic Surgery for Pediatric Patients
In recent years, minimally invasive surgery (MIS) has become widely accepted by both adult and pediatric surgical specialists. Increasingly, robotic technologies are being used for their ability to deliver improved precision and control.
At Da Vinci Medical Technology LLC, we support pediatric surgeons with tools that use smaller-diameter instruments, helping reduce the size of incisions in young patients. This approach contributes to quicker recovery, less trauma, and better aesthetic outcomes.
