Uploaded June 2026 | Updated September 2026, 2 weeks ago
LDO may not be the first name people think of when it comes to filament, but they are already well known in the 3D printing hardware space. So I wanted to find out how their materials actually perform when put through real testing.
In this video, I test LDO ASA, LDO ASA-CF, and LDO ABS using my standard EDGE OF 3D materials testing process. That means no marketing fluff, no “it feels strong,” and no pretending a spec sheet tells the whole story.
We’re looking at real-world performance, heat resistance, strength, layer behavior, and how these materials compare against each other in the EO3D materials testing database.
Is ASA-CF actually the obvious winner?
Does plain ASA hold its own?
And where does ABS land against both?
Let’s test it.
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Materials Tested / Links
LDO ASA Filament at Fabreeko:
fabreeko.com/products/olive-green-asa-by-ldo-filament-1kg-spool-ams-friendly
LDO ASA-CF Filament at Fabreeko:
fabreeko.com/products/ldo-asa-cf-filament-ams-friendly-1kg-black
LDO ABS Filament at Fabreeko:
fabreeko.com/products/black-abs-by-ldo-filament-1kg-spool-ams-friendly-1
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EDGE OF 3D Links
Materials Testing Chart:
testing.eo3dlabs.com
Support the channel on Ko-fi:
ko-fi.com/edgeof3d
YouTube:
youtube.com/c/EDGEOF3D
Instagram:
instagram.com/edgeof3d
TikTok:
tiktok.com/@edge_of_3d
=============================
This testing is comparative and based on my own repeatable test methods. The goal is not to replace manufacturer data sheets or standardized lab testing, but to give practical, apples-to-apples results across materials tested the same way, on the same equipment, with the same process.
=============================
#3DPrinting #FilamentTesting #ASA #ABS #ASACF #LDOFilament #Fabreeko #EngineeringFilament #MaterialsTesting #Voron #3DPrinter #EDGEOF3D #EO3DLabs #ldomotors
LDO may not be the first name people think of when it comes to filament, but they are already well known in the 3D printing hardware space. So I wanted to find out how their materials actually perform when put through real testing.
In this video, I test LDO ASA, LDO ASA-CF, and LDO ABS using my standard EDGE OF 3D materials testing process. That means no marketing fluff, no “it feels strong,” and no pretending a spec sheet tells the whole story.
We’re looking at real-world performance, heat resistance, strength, layer behavior, and how these materials compare against each other in the EO3D materials testing database.
Is ASA-CF actually the obvious winner?
Does plain ASA hold its own?
And where does ABS land against both?
Let’s test it.
=============================
Materials Tested / Links
LDO ASA Filament at Fabreeko:
fabreeko.com/products/olive-green-asa-by-ldo-filament-1kg-spool-ams-friendly
LDO ASA-CF Filament at Fabreeko:
fabreeko.com/products/ldo-asa-cf-filament-ams-friendly-1kg-black
LDO ABS Filament at Fabreeko:
fabreeko.com/products/black-abs-by-ldo-filament-1kg-spool-ams-friendly-1
=============================
EDGE OF 3D Links
Materials Testing Chart:
testing.eo3dlabs.com
Support the channel on Ko-fi:
ko-fi.com/edgeof3d
YouTube:
youtube.com/c/EDGEOF3D
Instagram:
instagram.com/edgeof3d
TikTok:
tiktok.com/@edge_of_3d
=============================
This testing is comparative and based on my own repeatable test methods. The goal is not to replace manufacturer data sheets or standardized lab testing, but to give practical, apples-to-apples results across materials tested the same way, on the same equipment, with the same process.
=============================
#3DPrinting #FilamentTesting #ASA #ABS #ASACF #LDOFilament #Fabreeko #EngineeringFilament #MaterialsTesting #Voron #3DPrinter #EDGEOF3D #EO3DLabs #ldomotors
