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Will it stick? Adhesion / Warping Torture Test — zdjęcie 1
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Will it stick? Adhesion / Warping Torture Test

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Everyone runs their own warp/adhesion tests. Nobody else ever learns from them.

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Informacje o modelu

Źródło
Printables
Kategoria
Test Models
Licencja
Creative Commons — Attribution — Noncommercial — Share Alike

Every time someone figures out whether a filament sticks to a plate, that answer stays in their head, and the next person burns time and filament rediscovering it. You end up getting people in discord or reddit or forums having their own tiny bit of anecdotal evidence, and everyone cargo cults it.

Will It Stick fixes that: print one standard model, report what happened, and your result joins a free, searchable matrix of build plate × filament × surface prep results at willitstick.fyi. 

Because every data point comes from this exact model, results are directly comparable across plates, materials, and brands; one shared test instead of a thousand private ones nobody can see.

One short print, three answers
1. First-layer adhesion: did the first layer grip without sliding or lifting?
2. Warping:  are the corners and long edges still flat when the print finishes?
3. Ease of removal: does it release cleanly once cool, without damaging the plate?

Your result feeds the community adhesion matrix at willitstick.fyi; crowdsourced, like-for-like data on which filaments stick to which build plates, with which surface prep. Every result comes from this exact model, so combos are actually comparable.

Submitting takes about two minutes and no account: snap one photo if it works, record pass/fail for the three checks at https://willitstick.fyi/submit. Full protocol (with photo examples) at https://willitstick.fyi/how-to-test

 ⚠ Because this model is deliberately brutal, a failure doesn't mean your plate or filament is bad! It's a way to compare plate performance with evidence instead of feels.

 Print Settings:

🚨 It is extremely important that you use these settings! Otherwise the tests aren't equivalent! 🚨

Layer Height

0.2mm

Walls

4

Top Layers

2

Top Shell Thickness

0.4mm

Bottom Layers

2

Sparse Infill Density

50%

Sparse Infill Pattern

Aligned Rectilinear

Infill/Wall Overlap

20%

Example results:

printed with (extremely warp-prone) Bambu Lab PA6-GF

 The forbidden dorito:

 

A much more slight warping failure (glue helps!):

 

And a perfect pass:

There's also useful overview information for each plate in the database! 


btw, the Firethorn is the only plate so far that didn't warp with Bambu PA6-GF without glue.

 Contribute to 3d printing community science at https://willitstick.fyi!