ROBOTIC SURGERY




Prepared by: Abhilash Pillai
             MCA V - B
SURGERY

 What is surgery ?


 Origin of Surgery


 Father of Surgery - SUSHRUTA
                                 2
What is Robotic Surgery ?
 Use of robots in performing surgery.

 Mechanical helping hand to surgeons

 Methods for Controlling robots are:
  Remote Control and Voice Activation

                                         3
Classification of Robotic Systems

 Supervisory-controlled Systems

 Telesurgical Systems

 Shared-control Systems


                                      4
Supervisory-controlled Systems
 Most automated one.
 System follows a specific set of
   instructions.
 Surgeon input data into robot.
 Three step process:
    a. Planning
    b. Registration
    c. Navigation
                                     5
Planning
 Mapping patient body to the computer.
  Determine surgical pathway.

 Registration
 Surgeon finds the points on the patients
 body.

 Navigation
 Surgeon activates robot.
                                        6
Supervisory Controlled System




                                7
Telesurgical Systems
Three types are:

• The DA VINCI Surgical System

• ZUES Robotic Surgical System

• AESOP Robotic Surgical System

                                  8
The DA VINCI Surgical System
 Two primary components of
system:
    a. Viewing and control Console
    b. Surgical arm unit(three or four)
 Arm consists of camera with two
  lenses.
 3D- Image

                                          9
10
ZEUS Robotic Surgical System

 Similar to DA VINCI
Surgical System.

 Provides Voice Control
capabilities.

 Perform complex
micro-surgical tasks.

                                        11
AESOP Robotic Surgical System
 Automated
Endoscopic System for
Optical Position

 Much simpler than
DA VINCI and ZUES.

 Position the
endoscope of a surgical
camera.
                                      12
Shared-Control Robotic System
 Use of concept Active
Constraint.

 Defining regions on
patient:
   safe, close, boundary
or forbidden.

 Surgeons concentrate
on safe regions.
                                    13
Software Architecture
 Presently Systems are based on Linux
64-bit platform.

 MySql as database.

 Coin 3D for viewing 3D models.


                                         14
Advantages

 Decrease in pain and
scaring.
 Less recovery time.
 Greater surgical
precision.
 Gives 3D image.


                            15
Disadvantages

 Safety

 Cost




                      16
Conclusion

 Bringing surgery into digital age.

 True benefit over conventional therapy.

 Advancing surgical technology


                                        17
Thank you..



              18

Robotic Surgery

  • 1.
    ROBOTIC SURGERY Prepared by:Abhilash Pillai MCA V - B
  • 2.
    SURGERY  What issurgery ?  Origin of Surgery  Father of Surgery - SUSHRUTA 2
  • 3.
    What is RoboticSurgery ?  Use of robots in performing surgery.  Mechanical helping hand to surgeons  Methods for Controlling robots are: Remote Control and Voice Activation 3
  • 4.
    Classification of RoboticSystems  Supervisory-controlled Systems  Telesurgical Systems  Shared-control Systems 4
  • 5.
    Supervisory-controlled Systems  Mostautomated one.  System follows a specific set of instructions.  Surgeon input data into robot.  Three step process: a. Planning b. Registration c. Navigation 5
  • 6.
    Planning Mapping patientbody to the computer. Determine surgical pathway.  Registration Surgeon finds the points on the patients body.  Navigation Surgeon activates robot. 6
  • 7.
  • 8.
    Telesurgical Systems Three typesare: • The DA VINCI Surgical System • ZUES Robotic Surgical System • AESOP Robotic Surgical System 8
  • 9.
    The DA VINCISurgical System  Two primary components of system: a. Viewing and control Console b. Surgical arm unit(three or four)  Arm consists of camera with two lenses.  3D- Image 9
  • 10.
  • 11.
    ZEUS Robotic SurgicalSystem  Similar to DA VINCI Surgical System.  Provides Voice Control capabilities.  Perform complex micro-surgical tasks. 11
  • 12.
    AESOP Robotic SurgicalSystem  Automated Endoscopic System for Optical Position  Much simpler than DA VINCI and ZUES.  Position the endoscope of a surgical camera. 12
  • 13.
    Shared-Control Robotic System Use of concept Active Constraint.  Defining regions on patient: safe, close, boundary or forbidden.  Surgeons concentrate on safe regions. 13
  • 14.
    Software Architecture  PresentlySystems are based on Linux 64-bit platform.  MySql as database.  Coin 3D for viewing 3D models. 14
  • 15.
    Advantages  Decrease inpain and scaring.  Less recovery time.  Greater surgical precision.  Gives 3D image. 15
  • 16.
  • 17.
    Conclusion  Bringing surgeryinto digital age.  True benefit over conventional therapy.  Advancing surgical technology 17
  • 18.