Process For AR Surgery:

1. Examine the body:
The patient first goes through a CT scan that shows the positions of their bones, blood vessels, connective tissues, muscles & fat.

2. Transforming the scan:
A system scans the data and creates a set of polygonal models and digital images that the surgeon’s HoloLens can use.

3. Mapping:
The system generated data is mapped onto the patient, allowing the surgeon to see a digital version of the patient’s internal parts during surgery.

4. Observing the details:
A mesh-processing step increases the accuracy of the digital model, meaning the surgeon can be confident about the internal tissue’s position.

5. AR surgery:
The surgeon wears a HoloLens during surgery, which shows them the exact locations of tissues and structures.

How augmented reality(AR) will improve & enhance a surgeon’s ability to execute life-saving operations:

   1. Advises of external surgical experts
   2. Voice control
   3. Sensory insight
   4. Learning templates
   5. Constant feedback
   6. Virtual assistant
   7. Smart tools

Advantages of The Da Vinci Surgical System:

   1. Minimizing damage
   2. Complete control
   3. Enhanced dexterity
   4. A better view
   5. New angles & new insight

Over the next few years, we will notice exceptional growth in the medical field due to the advances made possible by robot surgeons & AI technologies. It will allow people around the world to experience safer & more efficient surgeries, making it easier to prevent and cure diseases.