Difference between revisions of "FTC:3D Printing"

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3D printing is one way to create parts that teams have designed. Teams use 3D printing to quickly create and prototype parts for their robots. To get started teams will have to learn how to [[FTC:CAD|CAD]] to create the part they want. Parts are also available for teams to use on [https://www.thingiverse.com/ Thingiverse] They will then need to use a slicer such as [https://ultimaker.com/software/ultimaker-cura Cura] to prepare the file to print. Teams are then able to print the part on a printer.
3D printing is one way to create parts that teams have designed. Teams use 3D printing to quickly create and prototype parts for their robots. To get started teams will have to learn how to [[FTC:CAD|CAD]] to create the part they want. Parts are also available for teams to use on [https://www.thingiverse.com/ Thingiverse] They will then need to use a slicer such as [https://ultimaker.com/software/ultimaker-cura Cura] to prepare the file to print. Teams are then able to print the part on a printer.


Pros  
'''Pros'''
*Easy way to prototype parts
*Easy way to prototype parts
*Readily accessible at libraries and schools
*Readily accessible at libraries and schools
Cons
'''Cons'''
*Higher end printers can be expensive
*Higher end printers can be expensive
*Aren’t as strong as metal parts
*Aren’t as strong as metal parts
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==Types of 3D Printing==
==Types of 3D Printing==
There are several types of 3D printing, but the most common type used by teams is FDM.
There are several types of 3D printing<ref name="types of 3D Printing">{{cite web|url=https://all3dp.com/1/types-of-3d-printers-3d-printing-technology/|title=Types of 3D Printing|publisher=All3DP.com|access-date=19 August 2021}}</ref>, but the most common type used by teams is FDM.


====FDM====
====FDM====
Fused Deposition Modeling (FDM) creates parts by layering filament onto a build plate. The plastic is placed by an extruder that is heated to above 200<sup>o</sup>C. Some FDM printers are able to print in multiple filaments and colors at once. FDM printing is the most common type of printing among FTC teams.
Fused Deposition Modeling (FDM) creates parts by layering filament onto a build plate. The plastic is placed by an extruder that is heated to above 200<sup>o</sup>C. Some FDM printers are able to print in multiple filaments and colors at once. FDM printing is the most common type of printing among FTC teams.


Pros
'''Pros'''
*Can be cheap
*Can be cheap
*Commonly at libraries and schools
*Commonly at libraries and schools
Cons
'''Cons'''
*Can sometimes produce brittle parts
*Can sometimes produce brittle parts


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PolyJet printing places a layer of plastic that is then cured and hardened by UV light. PolyJet printers are able to print with multiple filaments and colors at once. PolyJet printers are expensive and typically cost several thousand dollars. Some companies that possess PolyJet printers may be willing to let teams use them.
PolyJet printing places a layer of plastic that is then cured and hardened by UV light. PolyJet printers are able to print with multiple filaments and colors at once. PolyJet printers are expensive and typically cost several thousand dollars. Some companies that possess PolyJet printers may be willing to let teams use them.


Pros
'''Pros'''
*Strong
*Strong
*Typically has a larger print bed than a FDM printer  
*Typically has a larger print bed than a FDM printer  
Cons
'''Cons'''
*Expensive or has to be created by a sponsor
*Expensive or has to be created by a sponsor


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Stereolithography is a form of resin printing. The printer uses a laser to harden resin in a vat to create a layer. The layer is then raised before creating the next layer. Parts created using SLA have a nice finish and are very detailed but they are very brittle and aren’t suited for structural parts.
Stereolithography is a form of resin printing. The printer uses a laser to harden resin in a vat to create a layer. The layer is then raised before creating the next layer. Parts created using SLA have a nice finish and are very detailed but they are very brittle and aren’t suited for structural parts.


Pros
'''Pros'''
*Parts have a nice surface finish
*Parts have a nice surface finish
*Parts have a high level of detail
*Parts have a high level of detail
Cons
'''Cons'''
*Creates brittle parts
*Creates brittle parts
*Creates weak parts
*Creates weak parts


==Types of Filament==
==Types of Filament==
The plastic used to create 3D printed parts is called filament. There are many filaments available but here are some of the most common filaments used in FTC.
The plastic used to create 3D printed parts is called filament. There are many filaments available<ref name="3D Printing Filaments">{{cite web|url=https://all3dp.com/1/3d-printer-filament-types-3d-printing-3d-filament/|title=3D Printing Filaments|publisher=All3DP.com|access-date=19 August 2021}}</ref> but here are some of the most common filaments used in FTC.


====PLA====
====PLA====
PLA is the most commonly used filament in FTC. It prints at a low extruder temperature and doesn’t warp easily. It is non-toxic and can come in many different colors. It is good for many different parts used by FTC teams but other filaments may work better than it in some applications.
PLA is the most commonly used filament in FTC. It prints at a low extruder temperature and doesn’t warp easily. It is non-toxic and can come in many different colors. It is good for many different parts used by FTC teams but other filaments may work better than it in some applications.


Pros
'''Pros'''
*Low printing temperature
*Low printing temperature
*Doesn’t warp
*Doesn’t warp
Cons
'''Cons'''
*Not as strong as other filaments
*Not as strong as other filaments


====ABS====
====ABS====
ABS is a very durable filament. It is better than PLA in many respects except that it is harder to print. ABS prints at a higher extruder temperature than PLA and requires a heated bed as it tends to warp. It also requires an enclosure as it produces toxic fumes as it is melted. ABS is good for making structural parts.
ABS is a very durable filament. It is better than PLA in many respects except that it is harder to print. ABS prints at a higher extruder temperature than PLA and requires a heated bed as it tends to warp. It also requires an enclosure as it produces toxic fumes as it is melted. ABS is good for making structural parts.
Pros
'''Pros'''
*Strong
*Strong
Cons
'''Cons'''
*Creates toxic fumes
*Creates toxic fumes
*Tends to warp
*Tends to warp
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====PETG====
====PETG====
PETG is similar to ABS in that it is a strong filament. It doesn’t require an enclosure but it does print at a higher temperature than PLA. It also doesn’t warp as much as ABS. PETG is good at making strong, structural parts.
PETG is similar to ABS in that it is a strong filament. It doesn’t require an enclosure but it does print at a higher temperature than PLA. It also doesn’t warp as much as ABS. PETG is good at making strong, structural parts.
Pros
'''Pros'''
*Strong
*Strong
Cons
'''Cons'''
*Prints at a high temperature
*Prints at a high temperature
*Can warp
*Can warp
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==References==
==References==
*[https://all3dp.com/1/3d-printer-filament-types-3d-printing-3d-filament/ 3D Printing Filament]
<references/>
*[https://all3dp.com/1/types-of-3d-printers-3d-printing-technology/ 3D Printing Technology]
*[https://all3dp.com/1/best-3d-printer-for-beginners/ 3D Printing for Beginners]

Revision as of 09:50, 23 August 2021

3D printing is one way to create parts that teams have designed. Teams use 3D printing to quickly create and prototype parts for their robots. To get started teams will have to learn how to CAD to create the part they want. Parts are also available for teams to use on Thingiverse They will then need to use a slicer such as Cura to prepare the file to print. Teams are then able to print the part on a printer.

Pros

  • Easy way to prototype parts
  • Readily accessible at libraries and schools

Cons

  • Higher end printers can be expensive
  • Aren’t as strong as metal parts



3D Printing Accessibility

Printers are commonly accessible at many high schools and libraries to students. Teams are also able to buy printers online. Some can just be bought and plugged-in and be ready to print with. Others need to be assembled and can be a good way for a team to learn how 3D printers work, but can sometimes need a lot of maintenance. Depending on how hands-on teams want to be with a printer will determine which type they want to buy.

Types of 3D Printing

There are several types of 3D printing[1], but the most common type used by teams is FDM.

FDM

Fused Deposition Modeling (FDM) creates parts by layering filament onto a build plate. The plastic is placed by an extruder that is heated to above 200oC. Some FDM printers are able to print in multiple filaments and colors at once. FDM printing is the most common type of printing among FTC teams.

Pros

  • Can be cheap
  • Commonly at libraries and schools

Cons

  • Can sometimes produce brittle parts

PolyJet

PolyJet printing places a layer of plastic that is then cured and hardened by UV light. PolyJet printers are able to print with multiple filaments and colors at once. PolyJet printers are expensive and typically cost several thousand dollars. Some companies that possess PolyJet printers may be willing to let teams use them.

Pros

  • Strong
  • Typically has a larger print bed than a FDM printer

Cons

  • Expensive or has to be created by a sponsor

SLA

Stereolithography is a form of resin printing. The printer uses a laser to harden resin in a vat to create a layer. The layer is then raised before creating the next layer. Parts created using SLA have a nice finish and are very detailed but they are very brittle and aren’t suited for structural parts.

Pros

  • Parts have a nice surface finish
  • Parts have a high level of detail

Cons

  • Creates brittle parts
  • Creates weak parts

Types of Filament

The plastic used to create 3D printed parts is called filament. There are many filaments available[2] but here are some of the most common filaments used in FTC.

PLA

PLA is the most commonly used filament in FTC. It prints at a low extruder temperature and doesn’t warp easily. It is non-toxic and can come in many different colors. It is good for many different parts used by FTC teams but other filaments may work better than it in some applications.

Pros

  • Low printing temperature
  • Doesn’t warp

Cons

  • Not as strong as other filaments

ABS

ABS is a very durable filament. It is better than PLA in many respects except that it is harder to print. ABS prints at a higher extruder temperature than PLA and requires a heated bed as it tends to warp. It also requires an enclosure as it produces toxic fumes as it is melted. ABS is good for making structural parts. Pros

  • Strong

Cons

  • Creates toxic fumes
  • Tends to warp

PETG

PETG is similar to ABS in that it is a strong filament. It doesn’t require an enclosure but it does print at a higher temperature than PLA. It also doesn’t warp as much as ABS. PETG is good at making strong, structural parts. Pros

  • Strong

Cons

  • Prints at a high temperature
  • Can warp

Additional Resources

References

  1. ↑ "Types of 3D Printing". All3DP.com. Retrieved 19 August 2021.
  2. ↑ "3D Printing Filaments". All3DP.com. Retrieved 19 August 2021.
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