Prepared by. Md Arafat Rahman Department of Textile Engineering BGMEA University of fashion & Technology

1. Polymer Science presentation
Topic: Aplication of SmartTechnology inTextile Industry
Submitted By:
221-322-801
221-323-801
221-324-801
221-325-801
221-326-801
Submitted to:
Mr. Rois Uddin Mahmud
Faculty of BUFT
BGMEA University of Fashion &Technology

2. What is smart
textiles?
•The word “smart textiles” refers to
intelligent or smart materials in
textiles.The concept of smart textile
material was introduced in Japan for
the first time in 1989. Silk thread has
shape memory. It was the first textile
material labeled as smart textile.
Textiles can able to sense stimuli from
the environment.When clothing can
adapt and react to them by integration
of functionalities via its textile
structure is called smart textile. Smart
textile is also popular as intelligence
textiles.

4. What is smart
technology?
•Smart manufacturing has been defined as the
fully-integrated, collaborative manufacturing
systems that respond in real time to meet
changing demands and conditions in the smart
factory, the supply network, and customer
needs.

5. Various Dying Machine:
Beam Dying Machine Padded Mangle Dying
Machine
Solvent Dyeing Machine

6. Various Printing Machine:
T-Shirt Printing
Machine
Rotary Screen Printing Autometic Screen Printing

7. Computerized Machine
Embroidery:
•Modern embroidery machines are mostly
computer controlled and exclusively designed
for embroidery.The embroidery machines
normally comprise a frame that holds the
framed area of fabric with tension below the
sewing needle and automatically moves it to
make a preprogrammed design which is saved in
the machine.

8. Computerized
Sewing Machine:
•A computerized sewing machine is a
really high-tech automated electric
sewing machine.The biggest advantage
of these machines is that they can be
connected to the computer.This way the
computerized sewing machine can set up
programs and undertake embroidery
sewing work.With these machines, you
will have various options to combine
embroidery stitches in any manner you
see fit.

9. New
Invention
of
polymeric
materials:
Stopping internal bleeding —The Department of Defense’s Defense
Advanced Research Projects Agency developed a polymer foam that can
be injected into an abdominal cavity. Once inside, it expands and puts
pressure on internal organs to stop their bleeding. The foam, which can
be easily removed by doctors once the wounded soldier is taken to a
medical facility, significantly reduces blood loss and heightens the rate of
survival, especially during the first and critical hour after an injury.Tests
showed that the foam stopped blood flow from a liver injury for three
hours.
Healing damaged tissue — Harvard University scientists created a
polymer scaffold that can be squeezed small enough to fit in a needle,
injected into the body at the site of damaged tissue, where it regains its
intended shape through a shape-memory effect. Then it releases drugs
or cells to seed new growth of the damaged tissue. Similarly, a researcher
atTufts University is exploring way to regenerate human tissue, using
electricity

10. New
Invention
of
polymeric
materials:
Flexible robots — Harvard University researchers are using
polymers to create flexible robots, such as one that can move like
an octopus.The innovation has a range of applications: from
helping scientists understand how camouflage is used in nature,
helping doctors plan complex surgeries, to acting as a visual marker
to help search crews following a disaster
Scratch repair — Engineers and polymer scientists at the University
of Massachusetts Amherst made a discovery with polymer
nanostructures that will fill in and bind to tiny areas, such as
scratches on cars, that have been damaged.The development
means that less material will be needed to make repairs, rather
than replacing an entire part or resurfacing an entire area.
Polymer skin — Stanford University scientists have developed the
first cyborgartificial skin with polymers that can sense pressure and
repeatedly heal itself at room temperature.The skin could be used
with prosthetic devices.

11. New Invention of polymeric materials:
New Light weight materials

12. Conclusion:-
•The main purpose of us selecting this topic and making a
presentation on this is that we want to provide
information about what technologies are used in
manufacturing smart textiles.We have covered some of
the technologies in our presentation .As we live in a
modern and high tech world so it is good to adopt smart
textiles in our life. Due to this our life will become more
easy and interactive .It is smart idea to adopt such
technology on daily life by spending some more money to
get good service and some more additional function in
fabric. Smart textile is also good for enviormental ponit of
view it save many water and energy. So, we can say that
smart textiles are very helpful for us.That's all for the time
being

13. ThankYou