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Funnel with filter. (Vase mode) — image 1
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Funnel with filter. (Vase mode)

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A simple funnel with a filter that is to be printed in vase mode.

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Model information

License
Creative Commons — Attribution — Share Alike

Description:

These funnel were created while I was making other vasemode projects. I needed a filtered funnel while I waited for a metal one to arrive. I wanted something quick, so I created these two. Small one's opening is at 10mm with the filter holes being about 1mm at their widest. The other listed funnel has a 20mm opening and the filter holes are 3mm at their widest. I used this to pour alcohol back in the container after cleaning resin print. Be mindful of the material you make it with compared to it's application. Also, wear your P.P.E. :) 

Printing:

PRINT IN VASE MODE!!!!!!!

This was made to solely be printed in vase mode, so save yourself some filament and print it in such.

Clean your print bed . This has a small layer that touches the bed, so don't let a finger print ruin your print.

I printed the small example in FormFutura white rPLA at 0.15MM with a .4 nozzle, took no time at all. I printed the large example in FormFutura white rPLA at 0.20MM with a .4 nozzle, took about 2 hours. If you're a gambling type of person I'm sure you could speed those times up.

I wouldn't scale the small one down at all. However you can scale the regular one down to about 50% in tests before the filter is no longer a filter.

 

Chemicals!

I made my examples pretty much as a test and a single use.(Wasteful I know) PLA is only really good against water. So you don't hurt yourself or have an accident here's a table of chemical resistances with filaments:

PPMost chemicals (except acetone and fluorinated/chlorinated chemicals)
PET(g) / CPE(+)Alcohols (EtOH, IPA), water, acids and bases
NylonIPA, Solvents (acetone, glycerol)
ABSWater, some acids and bases, alcohols
TPUWater (salts), glycol and fuels
PCWater and alcohols
PLA / Tough PLAWater
PVDFSolvents (chlorinated, aliphatic, aromatic), strong acids, weak bases, halogens, strong oxidants

If you like reading published papers; go here: https://www.sciencedirect.com/science/article/abs/pii/S2214860418303476

 

Happy printing and wear you P.P.E.!

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