The document discusses the role of artificial intelligence in robotic surgery, highlighting its benefits like precision, flexibility, and control during complex procedures. It outlines the main components needed for robotic surgery, how the procedure is conducted, and the advantages such as reduced recovery time and risk of infection. The future of robotic surgery appears promising with continued advancements in AI technology.

2. Area of computer science - that emphasizes
the creation of intelligent machines that
work and react like humans.
ARTIFICIAL INTELLIGENCE

3. INVENTOR

4. ARTIFICIAL INTELLIGENCE
IN ROBOTIC SURGERY

5. 1. PRECISE
2. FLEXIBILITY
3. CONTROL
4. CAN
PERFORM
DELICATE
AND
COMPLEX
PROCEDURE
WHY WE NEED ROBOTIC SURGERY?

6. 1. AI can determine patterns within
surgical procedures to improve
best practices.
2. control accuracy to
submillimeter precision.
3. to analyze scans and detect
cancerous cases.
4. helps to identify missing or
unexpected.
HOW AI HELPS IN ROBOTIC SURGERY?

7. 3 MAJOR
COMPONENTS
1. SURGOAN
CONSOLE
2. SURGICAL CART
3. VISION CART
COMPONENTS OF ROBOTIC SURGERY

8. 1. MAKE TINY INCISION
2. INSERT
3. MINIATURIZED
INSTRUMENT
4. SURGEON MANIPULATE
INSTRUMENT TO PERFORM
OPERATION.
HOW ROBOTIC SURGERY WORKS?

9. 1. GREATER RANGE OF MOTION
AND DEXTERITY.
2. highly-magnified, high-resolution
image.
3. better access to the area being
operated on.
4. Shorter hospital stay
5. Less risk of infection
6. Less blood loss and fewer blood
transfusions
7. Less pain
8 Faster recovery
9. Quicker return to daily routine
BENEFITS OF ROBOTIC SURGERY

10. 1. ANESTHESIOLOGI
ST (world’s highest
paid job)
2. HEART SURGERY
3. HEAD AND NECK
SURGERY
FUTURE OF ROBOTIC SURGERY

11. THANKS
FOR GIVING YOUR
PRECIOUS TIME