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3d Print - Grade 9 10

The document provides an overview of 3D printing, including how it works using additive manufacturing by stacking layers of material to create 3D objects from a digital file. It discusses additive versus subtractive manufacturing and examples of where 3D printing is used, such as consumer products, industrial applications, medical, education, and more. The document aims to help students understand 3D printing concepts and potential applications across different fields.

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0% found this document useful (0 votes)
167 views25 pages

3d Print - Grade 9 10

The document provides an overview of 3D printing, including how it works using additive manufacturing by stacking layers of material to create 3D objects from a digital file. It discusses additive versus subtractive manufacturing and examples of where 3D printing is used, such as consumer products, industrial applications, medical, education, and more. The document aims to help students understand 3D printing concepts and potential applications across different fields.

Uploaded by

api-639942719
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
You are on page 1/ 25

The World of

3D Printing Graphics 1/2


What we will learn:

● 3D printing overview
● Additive vs subtractive
● 3 Dimensional objects
● How 3D printing works
● Pros and cons of 3D printing
● Applications
● Who has heard about
3D printing?
● What is a 3D printer?
● How does it work?
3D Printing
● 3-dimensional printing

● A type of additive manufacturing

● The process of making 3D solid

objects from a digital file

● The object is created by stacking

layers of material

● A way to produce complex shapes

using less material


Additive vs Subtractive
Additive vs Subtractive
What Does 3D Look Like?
How Does it Work?

Thermoplastic filament is
fed into a heating chamber in
the machine, heated to its
melting point and extruded
through a metal nozzle as
the assembly moves around
a programmed path.
BASICALLY…
3D Printers?

● Cool stuff ● A lot of learning


● Home/hobby ● Can be difficult to
● Fix objects troubleshoot
● Creativity ● 3D print
● Make money inappropriate
● Etc. objects
● Etc.
Not Only For Graphics…

History artifact printing

Graphic Design 3D versions of artwork

Geography printing topography, demographic, or


population maps
Chemistry
3D models of molecules
Biology
printing cells, viruses, organs
Math
printing 3D models of problems to solve
Printed Houses?

● Consistency ● Job loss


● Less workers ● Training/education
needed ● Unique design
● Fast features
● Removes ● Expensive
human error ● Maintenance
● Job creation ● Etc.
● Etc .
Where is 3D printing found?
Time to Brainstorm
7+ ideas about WHERE 3D
printing can be found and
WHAT it can be used for

Think about:
● Personal use
● Industries
● Medical
● School
● Hobbies
Where is 3D Printing Found?

● Consumer products ● Education

○ Custom items - small business ○ IA in schools

○ Extruded toys ○ College/university

● Industrial use ● Medical

○ Automotive ○ Dental models

○ Manufacturing ○ Prostheses

○ Robotics ○ Bio-tissue
Where is 3D Printing Found?
RECAP
● 3D printing overview
● Additive vs subtractive manufacturing
● 3 Dimensional objects
● How 3D printing works
● Pros and cons of 3D printing
● Applications outside of graphics
● Pros and cons of printed houses
● Where 3D printing is found
Part 1 end
Objectives

● List multiple applications for 3D printers in different


settings
● Describe the application of 3D printers in the classroom
○ IA and beyond
● Speculate on how 3D printers could enhance learning
● Choose the correct manufacturing process by considering
end result
What are the important parts?
Planes
● There are 3 axes on a 3d
printer
● X-axis
○ Left - right
● Y-axis
○ Forward - backward
● Z-axis
○ Up - down
Let’s Break it Down
3D Modeling Slicing Printing

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