Flashcards on 3D Printing: Technologies and Applications

3D Printing: Technologies, Applications & How it Works

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What is 3D printing in simple terms?

A technology that creates objects in three dimensions by following a computer-designed template, building the object layer by layer from a material th

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3D Printing

15 cards

Card 1

Question: What is 3D printing in simple terms?

Answer: A technology that creates objects in three dimensions by following a computer-designed template, building the object layer by layer from a material th

Card 2

Question: Why has public interest in 3D printing grown recently?

Answer: Because printer prices have been falling and usability/applications are broad, attracting not only engineers but the general public.

Card 3

Question: What are the two main types of printable materials mentioned?

Answer: Filament and resin.

Card 4

Question: What is filament in 3D printing?

Answer: A coil of plastic string that is melted and layered to form an object.

Card 5

Question: What does 'additive manufacturing' mean in the context of 3D printing?

Answer: A manufacturing process where material is added layer by layer to build an object.

Card 6

Question: What does FFF/FDM stand for and why is it important?

Answer: FFF stands for Fused Filament Fabrication (also called FDM). It's the most widespread and cheapest 3D printing technology, using melted filament to bu

Card 7

Question: Name two disadvantages of FFF/FDM printing.

Answer: Long printing times and print quality strongly depends on the printer.

Card 8

Question: Give the simplified Czech analogy for how FFF/FDM builds objects.

Answer: The model is sliced into layers like potato chips, then each slice is drawn with a glue gun-like nozzle, building the object layer by layer.

Card 9

Question: What is SLA and how does it differ from FFF/FDM?

Answer: SLA (stereolithography) uses liquid resin and light to create very accurate, precise prints. It's more complicated, uses toxic resin during printing,

Card 10

Question: Why is SLA commonly used in medicine and detailed development?

Answer: Because it provides extremely high accuracy and precision required for items like tooth prostheses.