PhLAsk
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My new YouTube Channel: https://www.youtube.com/channel/UCnnw56J\_TeOsF4M\_F5pPPJQ In the quest for 3D printed liquid…
- Rating
- 5 / 5
- Likes
- 23
- Downloads
- 198
- Makes
- 2
- Views
- 839
- Reviews
- 2
Updated at source:
Model information
- Source
- Printables
- Category
- Kitchen
- License
- Creative Commons — Attribution
My new YouTube Channel: https://www.youtube.com/channel/UCnnw56J\_TeOsF4M\_F5pPPJQ
In the quest for 3D printed liquid containers, the okay just got okay-er!
While working on a different project, I needed to make a part that fit to a disposable flask's threaded opening. So I designed the neck of the opening and printed it to check the compatibility with the existing cap. It worked great so I was able to design that project and move along. But I was left with a threaded tube with nothing to do!
ThePhLAsk is just a simple hip flash with a threaded cap. I printed it in black PLA at 220 micron layer height, three shells and 20% in-fill.
I filled it with water and left it in a dish overnight and it looks like there is no seeping. The cap doesn't seal 100% but it does so well enough to keep water from dripping out with gravity. A little pressure will cause a seep though. A gasket will fix this.
VIDEO: http://youtu.be/PK\_BjZQtTRw
I have not tested other liquids with different surface tensions but for casual liquid portability, I will be using this little guy!
Bottom's up!
Print instructions
Category: Containers Summary
My new YouTube Channel: https://www.youtube.com/channel/UCnnw56J\_TeOsF4M\_F5pPPJQ
In the quest for 3D printed liquid containers, the okay just got okay-er!
While working on a different project, I needed to make a part that fit to a disposable flask's threaded opening. So I designed the neck of the opening and printed it to check the compatibility with the existing cap. It worked great so I was able to design that project and move along. But I was left with a threaded tube with nothing to do!
ThePhLAsk is just a simple hip flash with a threaded cap. I printed it in black PLA at 220 micron layer height, three shells and 20% in-fill.
I filled it with water and left it in a dish overnight and it looks like there is no seeping. The cap doesn't seal 100% but it does so well enough to keep water from dripping out with gravity. A little pressure will cause a seep though. A gasket will fix this.
VIDEO: http://youtu.be/PK\_BjZQtTRw
I have not tested other liquids with different surface tensions but for casual liquid portability, I will be using this little guy!
Bottom's up!
Instructions
Print with PLA plastic at .22 mm layer height or denser, three shells and at least 20% in-fill.
Flask goes bottom-up and cap goes top-down!
Use a soft gasket to make the cap seal better.