Paul B
logicalplanet11K followers
logicalplanet
logicalplanet
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Drainer – Pop-Open Drain Strainer Version 2.0 3d model
logicalplanet
logicalplanet
|
Image 1 of 8
Drainer – Pop-Open Drain Strainer Version 2.0 3d model
Drainer – Pop-Open Drain Strainer Version 2.0 video thumbnail
Drainer – Pop-Open Drain Strainer Version 2.0 video thumbnail
Drainer – Pop-Open Drain Strainer Version 2.0 3d model
Drainer – Pop-Open Drain Strainer Version 2.0 3d model
Drainer – Pop-Open Drain Strainer Version 2.0 3d model
Drainer – Pop-Open Drain Strainer Version 2.0 3d model
Drainer – Pop-Open Drain Strainer Version 2.0 3d model
Drainer – Pop-Open Drain Strainer Version 2.0 3d model
Drainer – Pop-Open Drain Strainer Version 2.0 3d model
Drainer – Pop-Open Drain Strainer Version 2.0 3d model

Drainer – Pop-Open Drain Strainer Version 2.0

This model is restricted by licensing terms. 

Lift. Pop. Dump. Repeat.

The original Pop Open Drain Strainer was a game changer — and now it's even better. Introducing Drainer – Version 2.0, the upgraded print-in-place sink strainer designed for durability, improved performance, and one-handed ease. Trap food scraps while keeping your hands clean, and empty it with a single press.

I have included two versions. The two have different strainer designs in the floor (bottom) of the Drainer. Please see the included image. A few people have indicated that the original hex bottom design works better for some foods.

Key Features:

  • One-press pop-open trap door for mess-free emptying
  • New integrated lift handle keeps the strainer securely closed during lifting
  • Raised interior ribs help food scraps release more easily
  • Improved drainage grid lets water flow while catching the mess
  • Thicker wall sections for extra strength and longer life
  • Print-in-place hinge + support system – no assembly required

This version is optimized for ABS, which resists hot sink water better than PLA or PETG. It includes built-in support for the trap mechanism that break free during post-print setup.

Post-Printing Setup: After printing: Gently defuse the built-in hinge supports by prying apart the marked faces. Press and rotate the Drainer to release the trap. Remove the temporary print support (shown in orange in diagrams). You're ready to strain and dump like a pro.

Dimensions Outer Diameter: 3-1/4" (83mm) Height: 1-1/4" (31 mm) Designed to fit most standard kitchen sink drains

Notes: This is a single-piece, support-integrated model – no hardware, no adhesives. For best results and heat resistance, print in ABS. Designed for strength and long-term daily use in the kitchen. Compatible with common sink openings; check fit before use if your drain is non-standard.

Related Links

Drainer LP - Low Profile (25mm) https://than.gs/m/1402886

Visit my blog for more details and other designs https://www.logicalplanet.com/

Revisions and Updates I occasionally update and revise my designs. When I do, I’ll document the changes here. Check back periodically for the latest revision notes or if you’re experiencing any issues with a model. Please email me at logicalplanet3d@gmail.com if you would like me to make a revision or have comments about this design.

20250815: I have added a second version to this download, which includes the original hex bottom design.

20250907: I have uploaded a new version of the hex bottom design which corrects two issues with it.

20251004: I have uploaded new versions of both models. The new versions have improved geometry that will make them print better with less overhang. And, I have removed some of the print support to help them open up after printing more easily. I have added an instructional video as well on how to open them after printing.

Community Makes (4)
Had some failures until I rotated print to put the release in the front and placed the seam on the back.
Make by user
Seems to work well. Breaking the initially fused walls was stressful but went very well in the end.
Had some issues with the mechanism being sticky and not coming apart, but after some recalibrating and using the exact filament settings listed -- ended up printing perfectly on 2nd try. 

Make sure you slow your speeds way down.

Awesome print, making 3 more for the rest of my drains/sinks. Thanks a bunch!
Had some failures until I rotated print to put the release in the front and placed the seam on the back.
Make by user
Seems to work well. Breaking the initially fused walls was stressful but went very well in the end.
Had some issues with the mechanism being sticky and not coming apart, but after some recalibrating and using the exact filament settings listed -- ended up printing perfectly on 2nd try. 

Make sure you slow your speeds way down.

Awesome print, making 3 more for the rest of my drains/sinks. Thanks a bunch!


Community Makes (4)
Had some failures until I rotated print to put the release in the front and placed the seam on the back.
Make by user
Seems to work well. Breaking the initially fused walls was stressful but went very well in the end.
Had some issues with the mechanism being sticky and not coming apart, but after some recalibrating and using the exact filament settings listed -- ended up printing perfectly on 2nd try. 

Make sure you slow your speeds way down.

Awesome print, making 3 more for the rest of my drains/sinks. Thanks a bunch!
Had some failures until I rotated print to put the release in the front and placed the seam on the back.
Make by user
Seems to work well. Breaking the initially fused walls was stressful but went very well in the end.
Had some issues with the mechanism being sticky and not coming apart, but after some recalibrating and using the exact filament settings listed -- ended up printing perfectly on 2nd try. 

Make sure you slow your speeds way down.

Awesome print, making 3 more for the rest of my drains/sinks. Thanks a bunch!

Discussions
D
DAMAN3691
Seems to work well. Breaking the initially fused walls was stressful but went very well in the end.
Seems to work well. Breaking the initially fused walls was stressful but went very well in the end.  3d model
 3d model
PrinterCreality K1C
MaterialPETG
Layer height0.2 mm
Infill density100 %
SupportsNone
Ryan D
pluckd
Had some issues with the mechanism being sticky and not coming apart, but after some recalibrating and using the exact filament settings listed -- ended up printing perfectly on 2nd try. Make sure you slow your speeds way down. Awesome print, making 3 more for the rest of my drains/sinks. Thanks a bunch!
Had some issues with the mechanism being sticky and not coming apart, but after some recalibrating and using the exact filament settings listed -- ended up printing perfectly on 2nd try. 

Make sure you slow your speeds way down.

Awesome print, making 3 more for the rest of my drains/sinks. Thanks a bunch! 3d model
 3d model
PrinterFlashforge Adventurer 5M
MaterialABS
Layer height2 mm
Infill density100 %
SupportsNone
Paul B
logicalplanet

You are welcome. Thank you for posting the make. And, yes, it is a precision print for sure, but once you get working, it is pretty gratifying, right?

D
DaveYHZ

Beautiful mechanism! You made a shallow version of V1. Any plans to do the same for V2? This one is about 4mm taller than my (surprisingly non-standard) drain.

Paul B
logicalplanet

Haha, I knew someone would ask me... I think I can do 4mm shorter but I don't know if I can go much shorter than that. Can you email me at logicalplanet3d gmail.com and I will send you one for testing.

Dick F
leftpawn
Had some failures until I rotated print to put the release in the front and placed the seam on the back.
Had some failures until I rotated print to put the release in the front and placed the seam on the back.  3d model
PrinterFlashforge Adventurer 5M Pro
MaterialASA
Layer height0 mm
Infill density100 %
SupportsNone
Dick F
leftpawn
 3d model
PrinterFlashforge Adventurer 5M Pro
MaterialASA
David Z
zachmeyer

Printed in ABS. The bottom was stuck closed so tight that the shell cracked in several places while trying to get it open. The bottom never did separate.

Paul B
logicalplanet

Zach, I have posted a video to help show how to defuse it easily AND I posted an improved version today too. Download the new version and it should open much more easily.

Paul B
logicalplanet

Yes, you must first careful defuse all the walls by gently prying between all the surfaces before trying to open it. I will make a video and send you the link here later today.

Juan T
trejo

Is there a posibility to print using PLA and if so, what could be your recommendation ?

Paul B
logicalplanet

For sure, PLA works and works well, but it is so easily deformed with hot water. So you just need to be careful not to use boiling water over it. Otherwise, I would use all the same recommended settings, including 100% infill.

CF
Obi-two

Great design, looking forward to printing. However when I downloaded the files, they were both the hex pattern bottom and not your updated bottom. Just thought you should know.

Paul B
logicalplanet

So sorry. I think I have corrected that now. Please download it again and you should see both versions.

T
themind

Not sure what's up, but when I download I get a zip file that has two STLs which both have hex bottoms. The LP version has a hex bottom and the linear bottom. I imagine there was just a small mixup in upload. :)

Paul B
logicalplanet

Oh. Thanks for letting me know. I will look into it.

Paul B
logicalplanet

So sorry. I believe I have fixed that now.

View all 18 discussions

Drainer – Pop-Open Drain Strainer Version 2.0

4.5K downloads · 10 months ago in  and 
Paul B
logicalplanet11K followers
This model is restricted by licensing terms.