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{{ | {{User data | ||
| name = | |||
| interests = 3D printing, OSH | |||
| groups = 242-2019 People | |||
| courses = ENGR242 | |||
| organizations = | |||
}} | |||
My name is Griffin Carlson. I go to Principia College and am a part of the ENGR242 3-D Printing class. I study digital media production in the fall and spring, and do filmmaking all year round. In an interesting way, I think that this "engineering" class has a lot to offer me! I am very excited to see what happens. | My name is Griffin Carlson. I go to Principia College and am a part of the ENGR242 3-D Printing class. I study digital media production in the fall and spring, and do filmmaking all year round. In an interesting way, I think that this "engineering" class has a lot to offer me! I am very excited to see what happens. | ||
==My JellyBox Build Experience & the Open Source Movement== | == My JellyBox Build Experience & the Open Source Movement == | ||
Building the JellyBox felt like being a part of something really unique and new. I really felt as though I was an active participant in a technology that is changing the world right now. I am really supportive of the open source movement, because I think that it perfectly represents the age of free information. While this is beautiful and has undeniably had a lot of great benefits, I suppose it could also spell danger. In terms of 3-D printing, we now have access to small and necessary parts cheap and easily! In another light, there are some bad designs out there that could really be destructive. I am curious to see how it goes. | Building the JellyBox felt like being a part of something really unique and new. I really felt as though I was an active participant in a technology that is changing the world right now. I am really supportive of the open source movement, because I think that it perfectly represents the age of free information. While this is beautiful and has undeniably had a lot of great benefits, I suppose it could also spell danger. In terms of 3-D printing, we now have access to small and necessary parts cheap and easily! In another light, there are some bad designs out there that could really be destructive. I am curious to see how it goes. | ||
{| class="wikitable" | {| class="wikitable" | ||
!Favorite type of food | |||
!Favorite Movie | |||
!Favorite Camera/Lens Combo | |||
|- | |- | ||
| Indian food | |||
| Blade Runner (1982) | |||
| Arri Alexa Mini w/ Cooke S4 primes | |||
| | |||
| | |||
| | |||
|} | |} | ||
== Unprinted Designs == | |||
{ | {| class="wikitable" | ||
!Picture | |||
!Design name | |||
!Description | |||
|- | |||
|[[File:dominoes1-1.png|thumb]] | |||
|"UNICEF Early Child Development Kit: Dominoes for Young Children" | |||
|This is a proposed appropriate technology domino to aid in young child learning. It is meant for kids ages 4-7, and can help children develop critical thinking skills and the ability to follow the rules of a simple game like Dominoes. | |||
|} | |||
== My Prints == | |||
{| class="wikitable" | {| class="wikitable" | ||
!Picture | |||
!Print name | |||
!Description | |||
|- | |- | ||
|[[File:flexicat.png|thumb]] | |||
|"Flexi Cat" | |||
|My first print! I printed at 50% scale, I kept the print speed to 100%, and the layer height to 0.1. I used no skirt or raft, and the temperature was a consistent 205 degrees. | |||
| [[File:flexicat.png|thumb]] | |||
| "Flexi Cat" | |||
| My first print! I printed at 50% scale, I kept the print speed to 100%, and the layer height to 0.1. I used no skirt or raft, and the temperature was a consistent 205 degrees. | |||
|} | |} | ||
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| [[File:replacementpart1.jpg|thumb]] | | [[File:replacementpart1.jpg|thumb]] | ||
| Replacement Left Fan Mount for JellyBox 2. | | Replacement Left Fan Mount for JellyBox 2. | ||
| Worked with a print speed of 100, kept the layer height to a smaller value to preserve quality, and used no skirt or raft. The temperature was 210 degrees. | | Worked with a print speed of 100, kept the layer height to a smaller value to preserve quality, and used no skirt or raft. The temperature was 210 degrees. | ||
|} | |} | ||
{| class="wikitable" | {| class="wikitable" | ||
!Picture | |||
!Print name | |||
!Description | |||
|- | |- | ||
|[[File:pyramidcube.jpg|thumb]] | |||
|Pyramid Cube. | |||
|Worked with a print speed of 100, printed at 100% scale, and used no skirt or raft. The temperature was 210 degrees. I found that this print went better than most other prints I have done. I recalibrated the z-axis height and it seemed to help the quality of my prints. I change it almost exactly 1 millimeter. | |||
| [[File:pyramidcube.jpg|thumb]] | |||
| Pyramid Cube. | |||
| Worked with a print speed of 100, printed at 100% scale, and used no skirt or raft. The temperature was 210 degrees. I found that this print went better than most other prints I have done. I recalibrated the z-axis height and it seemed to help the quality of my prints. I change it almost exactly 1 millimeter. | |||
|} | |} | ||
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| [[File:raspberryzerocase.jpg|thumb]] | | [[File:raspberryzerocase.jpg|thumb]] | ||
| Raspberry Pi Zero w/ Camera Case | | Raspberry Pi Zero w/ Camera Case | ||
| Worked with a print speed of 100, printed at 100% scale, and used no skirt or raft. The temperature was 210 degrees. I enjoyed designing this case and thought that when it was all said and done, it turned out very well, and holds a Raspberry Pi Zero perfectly. I hope that it gets put to good use in my school's green house, monitoring plant life! | | Worked with a print speed of 100, printed at 100% scale, and used no skirt or raft. The temperature was 210 degrees. I enjoyed designing this case and thought that when it was all said and done, it turned out very well, and holds a Raspberry Pi Zero perfectly. I hope that it gets put to good use in my school's green house, monitoring plant life! | ||
|} | |} | ||
==Picture gallery== | == Picture gallery == | ||
{| class="wikitable" | {| class="wikitable" | ||
!Cool ideas: | |||
! Cool ideas: | |||
! | ! | ||
|- | |- | ||
| [[File:catan3d.jpg|thumb]] I would love to 3-D print a Catan board like this. | |[[File:catan3d.jpg|thumb]] I would love to 3-D print a Catan board like this. | ||
|} | |} | ||
Latest revision as of 15:34, 28 February 2024
My name is Griffin Carlson. I go to Principia College and am a part of the ENGR242 3-D Printing class. I study digital media production in the fall and spring, and do filmmaking all year round. In an interesting way, I think that this "engineering" class has a lot to offer me! I am very excited to see what happens.
My JellyBox Build Experience & the Open Source Movement[edit | edit source]
Building the JellyBox felt like being a part of something really unique and new. I really felt as though I was an active participant in a technology that is changing the world right now. I am really supportive of the open source movement, because I think that it perfectly represents the age of free information. While this is beautiful and has undeniably had a lot of great benefits, I suppose it could also spell danger. In terms of 3-D printing, we now have access to small and necessary parts cheap and easily! In another light, there are some bad designs out there that could really be destructive. I am curious to see how it goes.
Favorite type of food | Favorite Movie | Favorite Camera/Lens Combo |
---|---|---|
Indian food | Blade Runner (1982) | Arri Alexa Mini w/ Cooke S4 primes |
Unprinted Designs[edit | edit source]
Picture | Design name | Description |
---|---|---|
"UNICEF Early Child Development Kit: Dominoes for Young Children" | This is a proposed appropriate technology domino to aid in young child learning. It is meant for kids ages 4-7, and can help children develop critical thinking skills and the ability to follow the rules of a simple game like Dominoes. |
My Prints[edit | edit source]
Picture | Print name | Description |
---|---|---|
"Flexi Cat" | My first print! I printed at 50% scale, I kept the print speed to 100%, and the layer height to 0.1. I used no skirt or raft, and the temperature was a consistent 205 degrees. |
Picture | Print name | Description |
---|---|---|
Replacement Left Fan Mount for JellyBox 2. | Worked with a print speed of 100, kept the layer height to a smaller value to preserve quality, and used no skirt or raft. The temperature was 210 degrees. |
Picture | Print name | Description |
---|---|---|
Pyramid Cube. | Worked with a print speed of 100, printed at 100% scale, and used no skirt or raft. The temperature was 210 degrees. I found that this print went better than most other prints I have done. I recalibrated the z-axis height and it seemed to help the quality of my prints. I change it almost exactly 1 millimeter. |
Picture | Print name | Description |
---|---|---|
Raspberry Pi Zero w/ Camera Case | Worked with a print speed of 100, printed at 100% scale, and used no skirt or raft. The temperature was 210 degrees. I enjoyed designing this case and thought that when it was all said and done, it turned out very well, and holds a Raspberry Pi Zero perfectly. I hope that it gets put to good use in my school's green house, monitoring plant life! |
Picture gallery[edit | edit source]
Cool ideas: | |
---|---|
I would love to 3-D print a Catan board like this. |