This document provides an overview of robotics and different types of robots. It discusses the components and applications of industrial robots, as well as emerging fields like nanotechnology and nanorobotics. The document introduces robotics concepts like the three laws of robotics. It describes different types of robots including industrial, military, medical, and domestic robots. It also discusses uses of robots in industries like welding, painting, assembly and material handling. The conclusion states that further developing technologies like robotics and nanotechnology can help improve our technological capabilities.

1. WEL-COME

2. ROBOTICS
A
Paper
on
VIRENDRA PATTANSHETTI
BY

3. INDEX
 INTRODUCTION TO ROBOTICS & ROBOT.
 COMPONENT OF ROBOT.
 TYPES OF ROBOT.
 APPLICATION OF ROBOT.
 INDUSTRIAL ROBOT.
 NANOTECHNOLOGY.
 NANOROBOTICS.
 AUTOMATION
 CONCLUSION.
 REFERANCE

4. INTRODUCTION TO ROBOTICS & ROBOT
 First termed by- ISAAC ASIMOV
 laws of robotics
-Never harm to human
-Follow instructions from human
-Protect themselves
 ROBOTICS- conception, design, manufacture & operation
 ROBOT- reprogrammable multifunctional manipulator

5. MECHATRONICS
 DEFINITION:-
MECHANICAL DESIGN,INFORMATION
TECHNOLOGY & AUTOMOBILE CONTROL SYSTEM

6. COMPONANTS OF ROBOTS
 CONTROLLER
 ARM
 END EFFECTOR
 DRIVE
 SENSOR

7. CONTROLLER

8. ARM

9. END EFFECTOR

10. DRIVE

11. SENSOR

12. TYPES OF ROBOTS
 INDUSTRIAL ROBOT.
 MILITARY ROBOT.
 SPACE ROBOT.
 MEDICAL ROBOT .
 DOMESTIC ROBOT.

13. APPLICATION OF ROBOTS
1. MILITARY ROBOT
A. use for “war on terrorism”
B. robot use in
Cargo carriers
Search & rescue
Fire fighting
Mine clearance
Surveillance & reconnaissance
Armed androids
Unmanned aerial vehicle
Unmanned ground vehicles
Unmanned underwater vehicles

14. APPLICATION OF ROBOTS
 MEDICAL ROBOTS-
 Purposes :-
- For robotic surgery
-Able to operate in a contained space inside
-For providing artificial components to recover
physical functions of human beings.
SPACE ROBOT-
Used by astronauts during space walks.

15. INDUSTRIAL ROBOT
 Is an automatically controlled, reprogrammable,
multipurpose manipulator programmable in three or
more axes.
 Industrial robot consists
Tool
Arm
Cabinet
Control panel
Teach pendant

16. ADVANTAGES OF INDUSTRIAL
ROBOT
 Production
 Safety
 Savings

17. DISADVANTAGES OF INDUSTRIAL
ROBOT
 Expense
 ROI
 Expertise
 Safety

18. LIMITATION OF INDUSTRIAL
ROBOT
 Only general purpose machines
 Can perform tasks only given a precise and detailed set
of instructions
 Robotics requires the interface of a computer system
 Require expert.
 Require complex designing.

19. APPLICATION OF INDUSTRIAL
ROBOT
 Welding Applications
 Spray Painting Applications
 Assembly operation
 Palletizing and Material Handling
 Casting
 Semiconductor industry

20. WELDING APPLICATION

21. SPRAY PAINTING PPLICATION

22. ASSEMBLY OPERATION

23. PALLATIZING & MATERIAL HANDLING

24. CASTING APPLICATION

25. SEMICONDUCTER & MATERIAL HANDLING

26. NANOTECHNOLOGY
 Nanotechnology originates from the Greek word “dwarf”
 It means “engineering at a very small scale”

27. NANOROBOTICS
 Nanorobotics is the emerging technology field creating
machines at to the scale of a nanometre
 Allows precision interactions with Nano scale objects
 Advantages
 Disadvantages

28. CONCLUSION
From this above information we can say that for
development we have to invent new technologies.
Robotics, robots & nanotechnology are the concept on
which we can do more work & improve our technology.
As we mention industrial robots improves quality &
quantity so we have to overcome some limitations for
more use. Nanorobots can overcome many limitations so
improvement in this technology can leads to the big
achievement in our technological development.