3. WHAT IS 3D?
An object that has height, width and depth, like any object in the real world .
Example: your body is three-dimensional . Also known as "3D"
Screens give a two-dimensional image such
as computers screen because they have the
length and width of only.
Scientists began to think of giving three-
dimensional images, which led to the
invention of three-dimensional screens with
the use of glasses which using now ex
Game . Cinema
So this technique wide spread in this time
there are a lot of film , game and song
videoes the support with 3d
4. When can use 3D tichnique ?
1.Intertiment use Like in tv,game and cinema.
2.Midecal use Hololens ,holographic, 3D
printing.
3. Industrial use
1
7. Hololens
◇In 2015 during microsoft Windows
10 event. Microsoft announced
about hololens
◇ It’s easy to get excited about the
Microsoft HoloLens. It’s one of the
most innovative products from
Microsoft in ages, and could
transform how we work, play,
learn – and everything in between
8. What is HoloLens
exactly?
HoloLens is essentially a holographic )3D)
computer built into a headset that lets
you see, hear and interact with holograms
within an environment such as a living
room or an office space. Microsoft has
built the headset without the need to be
wirelessly connected to a PC, and has
used high-definition lenses and spatial
sound technology to create that
immersive, interactive holographic
experience.
9. Hololens use in
medical field
Students could walk around
anatomical models to see how
bones, muscles and organs work in
the context of a human body
without resorting to cadavers. They
could also produce simulations that
let future doctors fail in a relatively
low-stress environment
Microsoft is big on using HoloLens to advance science and education, but
what will that actually look like? You might have a good idea after today.
The company has posted a video showing how Case Western Reserve
University would like to use the holographic computer to teach medicine.
10. is not actually producing 3D images that everyone
can see, Microsoft's goggles show images only the
wearer can see. Everyone else will just think you're
wearing goofy-looking glasses. Another key thing
about HoloLens is what Microsoft is trying to
accomplish.
This one of it’s disadvantages. And also the price
it’s about 3000$ for one glasses
How does HoloLens
work?
12. A method of producing a three-dimensional image formed by a split
laser beam and then illuminating the pattern either with a laser or with
ordinary light.
start-up company, is introducing the world's first 3D holographic display and
interface system, initially for medical imaging applications. The company's
proprietary technology projects hyper-realistic, dynamic 3D holographic images
"floating in the air" without the need for any type of eyewear or a conventional 2D
screen. The projected 3D volumes appear in free space, allowing the user to
literally touch and interact precisely within the image, presenting a unique and
proprietary breakthrough in digital holography and real-time 3D interaction
capabilities
13. Using of realview
device
Diagnosis
CT and 3D Ultrasound
Cardiology
specifically supporting structural
interventions (e.g. trans-catheter
implantation and repair of heart
valves) and electrophysiology
procedures (e.g. navigation and
ablation tools)
Education
In anatomy
. .
14. Device featueres
High quality
and full color
image
Accurate and
immediate
communication
between different
users “with and
within” the
holograms
(including robotics
guidance)
Enhanced physician
performance and
improved patient
care
Freedom for
unbounded
interaction with the
image: rotate,
move, zoom, mark,
measure (all in true
space)
Fully dynamic
live holographic
image
16. For methods of applying a 2-D image on a 3-D surface
Additive manufacturing or 3D printing is a process of making a
three-dimensional solid object of virtually any shape from a digital
model. 3D printing is achieved using an additive process, where
successive layers of material are laid down in different shapes
What is 3D printing?
3D Medical’s printing service allows medical and healthcare practitioners
to 3D print patient specific anatomical parts as functional and visual aid.
Therefore our system enables the scanned information to be converted
directly into a physical 3D model, as accurate as the scan itself.
17. USING 3D PRINTING IN MEDICINE
Researchers at Harvard University are making great
progress in bioprinting blood vessels, a crucial step
towards printing tissues with a blood supply.
1. Tissues with blood vessels:
2. Low–Cost Prosthetic Parts:
3. Drugs
:
4. Bone
:
5. Heart Valve
19. 10. Synthetic skin:
James Yoo at the Wake Forest School of
Medicine in the US has developed a printer
that can print skin straight onto the wounds
of burn victims. With the ability to scan a
wound, the printer can then fabricate the
appropriate number of skin layers to fill the
wound. Yoo’s research was able to
successfully demonstrate the viability of a 10-
cm piece of skin transplanted onto a pig and
has since been funded by the US Army to use
the technology to treat wounded soldiers
11. Medical Models: