Uploaded May 2026 | Updated September 2026, 2 weeks ago
Polymaker just released ABS PRO and ABS MAX, so I threw both into the EO3D heat failure test to see where they actually let go.
Results:
ABS PRO failed at 113.1Β°C
ABS MAX failed at 126.2Β°C
That is a pretty serious gap between the two, and ABS MAX definitely earned the βMAXβ name here.
Real-world heat testing. No marketing fluff. Just the data.
Materials Testing Chart:
testing.eo3dlabs.com
Support the testing:
ko-fi.com/edgeof3d
#Polymaker #ABS #3DPrinting #FilamentTesting #MaterialsTesting #3DPrinter #EDGEof3D #EO3D #Shorts
Polymaker just released ABS PRO and ABS MAX, so I threw both into the EO3D heat failure test to see where they actually let go.
Results:
ABS PRO failed at 113.1Β°C
ABS MAX failed at 126.2Β°C
That is a pretty serious gap between the two, and ABS MAX definitely earned the βMAXβ name here.
Real-world heat testing. No marketing fluff. Just the data.
Materials Testing Chart:
testing.eo3dlabs.com
Support the testing:
ko-fi.com/edgeof3d
#Polymaker #ABS #3DPrinting #FilamentTesting #MaterialsTesting #3DPrinter #EDGEof3D #EO3D #Shorts









LDO ABS Filament at Fabreeko:
[https://www.fabreeko.com/products/black-abs-by-ldo-filament-1kg-spool-ams-friendly-1](https://www.fabreeko.com/products/black-abs-by-ldo-filament-1kg-spool-ams-friendly-1)
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#3DPrinting #FilamentTesting #MaterialsTesting #EDGEof3D #LDOFilament #ABSFilament #Fabreeko #IzodImpact #TensileTest #LayerAdhesion #SlowMotion LDO ABS Gets Destroyed in Slow Motion](https://i.ytimg.com/vi/WXTuHBVKrMo/mqdefault.jpg)

