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{{L3999 | {{L3999 notice}} | ||
== Final Project Assignment == | |||
# Identify scientific/engineering lab need on campus (ideally yours) for a 3D printable substitute for existing or planned purchase -- reserve it on List of Projects below | # Identify scientific/engineering lab need on campus (ideally yours) for a 3D printable substitute for existing or planned purchase -- reserve it on List of Projects below | ||
# Meet with users to determine exact needs/acquire additional funds/components for multipart equipment | # Meet with users to determine exact needs/acquire additional funds/components for multipart equipment | ||
# Design 3D printable components with OS CAD packages | # Design 3D printable components with OS CAD packages | ||
# Log in to [http://3dprint.nih.gov/ NIH 3DP] account and post STLs, and include all source files from OS CAD package. Then on Appropedia make a landing page and post directions, explanation of what it is and a price estimate for a commercial equivalent as well as links back to the NIH. | # Log in to [http://3dprint.nih.gov/ NIH 3DP] account and post STLs, and include all source files from OS CAD package. Then on Appropedia make a landing page and post directions, explanation of what it is and a price estimate for a commercial equivalent as well as links back to the NIH. | ||
# '''Presentation on 3-29''', Print components, build and bring to class if possible | # '''Presentation on 3-29''', Print components, build and bring to class if possible | ||
# Add picture,link Appropedia landing page and "savings per replica" and a hyperlink to cost source on Appropedia below. '''Due 4.13.2018''' | # Add picture,link Appropedia landing page and "savings per replica" and a hyperlink to cost source on Appropedia below. '''Due 4.13.2018''' | ||
==List of projects and people 2018== | == List of projects and people 2018 == | ||
* project name, <nowiki>~~~~</nowiki> to sign it | * project name, <nowiki>~~~~</nowiki> to sign it | ||
* [[Foam Printing]], [[User:Riba|Riba]] ([[User talk:Riba|talk]]) 03:36, 22 March 2018 (PDT),[[User:Adriell|Adriell]] ([[User talk:Adriell|talk]]) 03:59, 27 March 2018 (PDT) | |||
* [[Storage of Sample Boxes]] - [[User:Xuerong|Xuerong]] | |||
* [[One-handed snap system for connecting electronics casings to bodies]], [[User:Eppfel|Eppfel]] ([[User talk:Eppfel|talk]]) 04:52, 22 March 2018 (PDT) | |||
* [[Modular Spherical Microphone Array]]([[User:RayGod84|RayGod84]]) 03:30, 22 March 2018 (PDT) | |||
* [[Passive-RF Antenna Module For Sensor Framework]] [[User:VGurkalov|VGurkalov]] ([[User talk:VGurkalov|talk]]) 03:36, 27 March 2018 (PDT) | |||
* [[LIBS Drill Core Scanner]] [[User:L. Kangas|(Lasse)]] | |||
* [[Universal Clip-On for Environmental Emission Detector]] - [[User:Jan.akmal|Jan]] [[User talk:Jan.akmal|talk]] - [[User:Ksuutala|Kirsi]] [[User talk:Ksuutala|talk]] | |||
* [[Printed boltable strain gage with neural network calibration]], [[User:Mikko Lampi|Mikko Lampi]] ([[User talk:Mikko Lampi|talk]]) 13:14, 27 March 2018 (PDT) | |||
* [[Motion amplifier Flexure]] - [[User:Josi SM|Josefina]] | |||
* [[Head position sensor|Head position sensor for virtual acoustics]] , [[User:Anttimatter|Anttimatter]] | |||
=== Gallery === | |||
Add your image and hyperlink to the gallery below using the example format - so it is easy to navigate. | Add your image and hyperlink to the gallery below using the example format - so it is easy to navigate. | ||
<gallery caption="OSH from 2018 L3999 Class"> | |||
Image:Frame v1.1.png|[[LIBS Drill Core Scanner]] | |||
Image:Final_Project_Clip_On.jpg|[[Universal Clip-On for Environmental Emission Detector]] | |||
Image:Head tracker full assembly2.jpg|[[Head position sensor]], https://3dprint.nih.gov/discover/3dpx-009014 | |||
Image:Flexure.jpeg|[[Flexure micropositioning device]] | |||
Image:Storage1.JPG|[[Storage of Sample Boxes]] | |||
Image:Snap Mount - Arduino Arm Strap.jpg|[[Snap Mount for one-handed attachment of devices]] , https://www.thingiverse.com/thing:2860886 | |||
Image:SphericalModMicArray.jpg| [[Modular Spherical Microphone Array]], | |||
Image:Gage_hx711_arduino.jpg| [[Printed boltable strain gage with neural network calibration]] | |||
</gallery> | |||
== 2017 Projects == | |||
==2017 Projects== | |||
* [[Single wafer box for wafer quarters]] [[User:Pasanet1|Pasanet1]] ([[User talk:Pasanet1|talk]]) 03:54, 18 October 2017 (PDT) | * [[Single wafer box for wafer quarters]] [[User:Pasanet1|Pasanet1]] ([[User talk:Pasanet1|talk]]) 03:54, 18 October 2017 (PDT) | ||
| Line 36: | Line 49: | ||
* [[RF diffuser]]. [[User:Jhaarla|Jaakko Haarla]] [[User:Jhaarla|Jhaarla]] ([[User talk:Jhaarla|talk]]) 00:50, 27 October 2017 (PDT) | * [[RF diffuser]]. [[User:Jhaarla|Jaakko Haarla]] [[User:Jhaarla|Jhaarla]] ([[User talk:Jhaarla|talk]]) 00:50, 27 October 2017 (PDT) | ||
* [[3D Rotman Lens]]. [[User:Sabin|Sabin Karki]] ([[User talk:Sabin|talk]]) | * [[3D Rotman Lens]]. [[User:Sabin|Sabin Karki]] ([[User talk:Sabin|talk]]) | ||
* SMA torque wrench [[User:JordenSenior|Jorden Senior]] ([[Media: | * SMA torque wrench [[User:JordenSenior|Jorden Senior]] ([[Media:Torquewrench proposal jorden.pdf|Talk]]) | ||
* [[Extrusion head with an integrated screw and UV-diodes attachments]] [[User:Kretzschmarni|Niklas Kretzschmar]] | * [[Extrusion head with an integrated screw and UV-diodes attachments]] [[User:Kretzschmarni|Niklas Kretzschmar]] | ||
* [[Curing box for photocrosslinkable resins]] [[User:Kdienel|Kasper Dienel]] | * [[Curing box for photocrosslinkable resins]] [[User:Kdienel|Kasper Dienel]] | ||
| Line 43: | Line 56: | ||
* [[Stand for SLA device]], [[User:farzan afsoon|Afsoon Farzan]] | * [[Stand for SLA device]], [[User:farzan afsoon|Afsoon Farzan]] | ||
* [[Actually Functional 2" Wafer Dipper for Schott Duran 250 ml beaker]] [[User:Toffe|Toffe]] | * [[Actually Functional 2" Wafer Dipper for Schott Duran 250 ml beaker]] [[User:Toffe|Toffe]] | ||
* [[UV Lithography Mask Holder]] [[User:Farzin|Farzin]] | * [[UV Lithography Mask Holder]] [[User:Farzin|Farzin]] | ||
* [[Vacuum Ejector]] ([[User talk:Huy|talk]]) 00:58, 20 October 2017 (PDT) | * [[Vacuum Ejector]] ([[User talk:Huy|talk]]) 00:58, 20 October 2017 (PDT) | ||
* [[Electrochemical polishing support for copper foils]] [[User:DemoniWaari|Petri Mustonen]] ([https://www.youtube.com/watch?v=ywD5H2W99NY talk]) | * [[Electrochemical polishing support for copper foils]] [[User:DemoniWaari|Petri Mustonen]] ([https://www.youtube.com/watch?v=ywD5H2W99NY talk]) | ||
* [[3D | * [[3D-printed chemical etching handle]], [[User:Frozen|Zhengjun Liu]] ([[Presentation.pdf|Talk]]) | ||
=== Gallery === | |||
Add your image and hyperlink to the gallery below using the example format - so it is easy to navigate. | Add your image and hyperlink to the gallery below using the example format - so it is easy to navigate. | ||
{{Video | |||
| video = https://www.youtube.com/watch?v=ywD5H2W99NY | |||
| title = Electrochemical polishing support for copper foils | |||
| | | keywords = copper, | ||
| | | authors = P M | ||
| | | date = 2017-10-17 | ||
| language = en | |||
}} | |||
| | |||
|Image:Electropolish_support_project_-_full_print.jpg |[[Electrochemical polishing support for copper foils]] | <gallery caption="OSH from 2017 L3999 Class"> | ||
Image:1.jpg|[[UV Lithography Mask Holder]] , https://3dprint.nih.gov/discover/3DPX-008167 | |||
Image:Box_for_wafer_quarters.jpg|[[Single wafer box for wafer quarters]], savings $20.7 per replica | |||
Image:Extruder_head1.JPG|[[Extrusion head with an integrated screw and UV-diodes attachments]], savings €13.05 per part and improved functionality | |||
Image:measurement_stage_complete.png|[[Adapter for Endeas Quicksun 130 CA to measure back contact solar cells]], enabling the measurement of a new sample type with added functionality | |||
Image:measurement_packages.jpg|[[Integrated measurement package for 2D materials based photodetectors]], savings €2000 per part | |||
Image:rfdiffuser.jpg|[[RF diffuser]] | |||
Image:positioning_device.jpg|[[Positioning device for wafer measurements|Sample positioning device]] | |||
Image:P2puck.jpg|[[Sample stage puck]], custom made | |||
Image:stand for SLA device.jpg|[[Stand for SLA device]] | |||
Image:photodiode_package_printed.jpg|[[Package for black silicon photodiode]], avoid tooling costs of tens of thousands of dollars | |||
Image:CS Attitude Airbearing Testbed.png|[[CubeSat Attitude System Airbearing Test Bed]] | |||
Image: Electroplating holder figure (5).jpg|[[Electroplating holder]] | |||
Image:10GHz_30GHz_50GHz.jpg| [[3D Rotman Lens]] | |||
Image:Curing box.png|[[Curing box for photocrosslinkable resins]] | |||
Image:Electropolish_support_project_-_full_print.jpg |[[Electrochemical polishing support for copper foils]] | |||
Image:2inch_dipper_photo_5.jpg |[[Actually Functional 2" Wafer Dipper for Schott Duran 250 ml beaker]] | |||
Image:Vacuum Ejector.JPG |[[Vacuum Ejector]] | |||
Image:Parallel-axix_syringe_pump.JPG |[[Parallel-axis syringe pump (concept design)]] | |||
</gallery> | |||
{{Page data}} | |||
}} | |||
Latest revision as of 13:33, 23 February 2024
Final Project Assignment[edit | edit source]
- Identify scientific/engineering lab need on campus (ideally yours) for a 3D printable substitute for existing or planned purchase -- reserve it on List of Projects below
- Meet with users to determine exact needs/acquire additional funds/components for multipart equipment
- Design 3D printable components with OS CAD packages
- Log in to NIH 3DP account and post STLs, and include all source files from OS CAD package. Then on Appropedia make a landing page and post directions, explanation of what it is and a price estimate for a commercial equivalent as well as links back to the NIH.
- Presentation on 3-29, Print components, build and bring to class if possible
- Add picture,link Appropedia landing page and "savings per replica" and a hyperlink to cost source on Appropedia below. Due 4.13.2018
List of projects and people 2018[edit | edit source]
- project name, ~~~~ to sign it
- Foam Printing, Riba (talk) 03:36, 22 March 2018 (PDT),Adriell (talk) 03:59, 27 March 2018 (PDT)
- Storage of Sample Boxes - Xuerong
- One-handed snap system for connecting electronics casings to bodies, Eppfel (talk) 04:52, 22 March 2018 (PDT)
- Modular Spherical Microphone Array(RayGod84) 03:30, 22 March 2018 (PDT)
- Passive-RF Antenna Module For Sensor Framework VGurkalov (talk) 03:36, 27 March 2018 (PDT)
- LIBS Drill Core Scanner (Lasse)
- Universal Clip-On for Environmental Emission Detector - Jan talk - Kirsi talk
- Printed boltable strain gage with neural network calibration, Mikko Lampi (talk) 13:14, 27 March 2018 (PDT)
- Motion amplifier Flexure - Josefina
- Head position sensor for virtual acoustics , Anttimatter
Gallery[edit | edit source]
Add your image and hyperlink to the gallery below using the example format - so it is easy to navigate.
- OSH from 2018 L3999 Class
-
-
-
-
-
-
-
-
2017 Projects[edit | edit source]
- Single wafer box for wafer quarters Pasanet1 (talk) 03:54, 18 October 2017 (PDT)
- Adapter for Endeas Quicksun 130 CA to measure back contact solar cells Ismo T.S. Heikkinen (talk)
- Package for black silicon photodiode Juha Heinonen (talk)
- Parallel-axis syringe pump (concept design)) Tuomas Hämäläinen (talk)
- Integrated measurement package for 2D materials based photodetectors Hui Xue (talk)
- CubeSat Attitude System Airbearing Test Bed, Nemanja Jovanovic (talk)
- RF diffuser. Jaakko Haarla Jhaarla (talk) 00:50, 27 October 2017 (PDT)
- 3D Rotman Lens. Sabin Karki (talk)
- SMA torque wrench Jorden Senior (Talk)
- Extrusion head with an integrated screw and UV-diodes attachments Niklas Kretzschmar
- Curing box for photocrosslinkable resins Kasper Dienel
- Electroplating holder Vrontu
- Positioning device for wafer measurements, Guillaume (Talk)
- Stand for SLA device, Afsoon Farzan
- Actually Functional 2" Wafer Dipper for Schott Duran 250 ml beaker Toffe
- UV Lithography Mask Holder Farzin
- Vacuum Ejector (talk) 00:58, 20 October 2017 (PDT)
- Electrochemical polishing support for copper foils Petri Mustonen (talk)
- 3D-printed chemical etching handle, Zhengjun Liu (Talk)
Gallery[edit | edit source]
Add your image and hyperlink to the gallery below using the example format - so it is easy to navigate.
- OSH from 2017 L3999 Class
-
-
Single wafer box for wafer quarters, savings $20.7 per replica
-
Extrusion head with an integrated screw and UV-diodes attachments, savings €13.05 per part and improved functionality
-
Adapter for Endeas Quicksun 130 CA to measure back contact solar cells, enabling the measurement of a new sample type with added functionality
-
Integrated measurement package for 2D materials based photodetectors, savings €2000 per part
-
-
-
Sample stage puck, custom made
-
-
Package for black silicon photodiode, avoid tooling costs of tens of thousands of dollars
-
-
-
-
-
-
-
-
.jpg)
