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1. GuIde :
Prof. d.L.TIdke
BY : VIJAY PATIL

2. AGENDA
DEFINATION
POWER TO NANOROBOTS
INTRODUCTION
DESCRIPTION
HISTORY
INJECTION OF NANOROBOTS
NANO TECHNOLOGY
NAVIGATION AND POSITIONING
INVESTMENT
APPLICATIONS
HOW NANOROBOTS MADE
ADVANTAGES
SIZE OF NANOROBOTS
DRAWBACKS
CONCLUSION
NANO ROBOTICS

3. DEFINATION
DEFINATION
Nanorobotics is the tiny machine designed
to perform a specific task whose
components are at or close to the scale of a
nanometer (10−9 meters)
1nm = 10−9 meters
NANO ROBOTICS

4. INTRODUCTION
Introduction
Nanorobot is the part of
nanotechnology.
NanoRobot is a Molecular
machine.
We also called nanorobots
as Nanobots, Nonoids,
Nanites, Nanomachines or
Nanomites.
The first useful applications of nanomachines might be
in medical
technology, which could be used to
idetify and destroy cancer cells.
NANO ROBOTICS

5. HISTORy
Dr. Adrino Cavalcanti has
invented the first practical
hardware
architecture
for
nanorobot as a CMOS
nanoelectronics circuit
1991 : Carbon nanotubes are discovered
1991 : Invention of atomic force microscope(AFM)
2000 : invention of nanofactory
NANO ROBOTICS

6. NANO TECHNOLOGy
Def: Nanotechnology is the manipulation of
thing on an atomic and molecular
The word nanotechnology popularized by the
K Eric Drexler in 1980
Generally nanotechnology works with
materials, devices and other structures with at
least one dimension sized from 1 to 1000 nm
Nanotechnology is a key technology for the
future and governments
NANO ROBOTICS

7. Investment
Nanotechnology is a key technology for the
future and Goverments .
Governments have invested billions of dollars
in its research.
Country
Invested
(dollar)
USA
3.7 Billions
EUROPEA
N UNION
1.2 Billions
JAPAN
750 Million
NANO ROBOTICS

8. How nanorobots are made ?
Developing is complicated
IBM : First Smallest logo in History
Mechanical Basis
Nano Factory
Shape of NanoRobot
Element used
Power cell
NANO ROBOTICS

9. sIze of nanorobot
1nm = 10−9 meter
We cant see with our nacked eyes
Size nanorobots are same like viruses and blood
cells
20-25
nm
NanoRobot
Viruse
Red Blood cell
NANO ROBOTICS

10. Power tHe nanorobots
Physical Connection
No Physical Connection
1. Ultrasonic
2. Nuclear Energy
NANO ROBOTICS

11. desCrIPtIon
Sensors
Control
Propulsion
Communication
Programming and Co-ordination
NANO ROBOTICS

12. Fig : NanoRobot
NANO ROBOTICS

13. Fig : Sensor Based navigational Behavior
NANO ROBOTICS

14. NANO ROBOTICS

15. INJECTION OF NANOROBOTS
Nanorobots are introduced
into the body by surgery.
So the nanorobots are made
smaller than the blood
vessels as it can travel.
The nanorobot is injected in
femoral artery
NANO ROBOTICS

16. NAVIGATION & POSITIONING
Nanorobots use blood flow
for its movement.
All nanorobots
communicates outside with
Ad-Hoc Network
To know the location of
nanorobots where it goes we
use ultrasonic technique
Signal processing
techniques are used to track
this ultrasonic signal
NANO ROBOTICS

17. APPlICATION
Application in Medical Science
Tumors
Blood clots
Kidney Stones
Liver Stones
To Cure skin Diseases
Disabling unwanted Bacteria and Viruses
Heart Surgery
Smart anti-cancer Therapeutics
NANO ROBOTICS

18. Figur 5. Nanorobots in bloodstream
NANO ROBOTICS

19. AdvAntAge
Fast process & results are accurate.
Involves less psychological strain
Harmful ray attack is reduced.
Side effects are eliminated
NANO ROBOTICS

20. drAwbAck
Expensive technology
Practical implementation is some what difficult.
Some times robots goes out of control in human
body
NANO ROBOTICS

21. conclusion
Nanomachines are largely in the research-anddevelopment phase
As the construction of nano robots is under
progress, the ideas explained here could not
be implemented at present.
This will be implemented soon in future
NANO ROBOTICS

22. queries
NANO ROBOTICS