Uploaded January 2024 | Updated September 2026, 2 weeks ago
More about my direct extruder project on HomoFaciens:
homofaciens.de/s/031.htm
There you can also buy "HomoFaciens Coins" to support my projects
Same as me you are fascinated by 3D printers and want to buy one?
Have a look at the offers of my affiliate partner Geekbuying:
homofaciens.de/a/006.htm
By purchasing via the specified affiliate link, you support HomoFaciens without any additional costs for you - thanks!
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You would like to spend me a bag of gummy bears or a bar of chocolate or both or even more as a very special thank you for my work on this and other open source projects?
Donate on HomoFaciens:
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Many, many thanks for any Obol!
Table Of Contents:
00:00 Introduction
00:41 Inside of the blender
01:15 Massive 40mm PLA ball
02:05 Industrial pellets
03:34 Theory (simple version)
05:40 Crushing and sieving failed prints
08:16 Grain size (distribution)
10:09 Fresh versus recycled material
11:07 Warning
11:46 Conclusion
More about my direct extruder project on HomoFaciens:
homofaciens.de/s/031.htm
There you can also buy "HomoFaciens Coins" to support my projects
Same as me you are fascinated by 3D printers and want to buy one?
Have a look at the offers of my affiliate partner Geekbuying:
homofaciens.de/a/006.htm
By purchasing via the specified affiliate link, you support HomoFaciens without any additional costs for you - thanks!
Subscribe to my channel to get the latest on Physical Computing:
youtube.com/user/homofaciens?sub_confirmation=1
You would like to spend me a bag of gummy bears or a bar of chocolate or both or even more as a very special thank you for my work on this and other open source projects?
Donate on HomoFaciens:
homofaciens.de/support-donation-main_ge.htm
Become a Patreon on:
patreon.com/HomoFaciens
Many, many thanks for any Obol!
Table Of Contents:
00:00 Introduction
00:41 Inside of the blender
01:15 Massive 40mm PLA ball
02:05 Industrial pellets
03:34 Theory (simple version)
05:40 Crushing and sieving failed prints
08:16 Grain size (distribution)
10:09 Fresh versus recycled material
11:07 Warning
11:46 Conclusion
![Rover R14 mit pi-top[4] als Zentralrechner
Inhaltsverzeichnis:
00:05 Einleitung
00:46 pi-top[4] als Desktoprechner
02:00 Vorteile pi-top[4] für Robotik-Projekte
02:53 Verkabelung
05:00 Funktionstest
06:20 Schlussbetrachtung
Nachbauanleitung:
https://homofaciens.de/technics-robots-R14-construction_ge.htm
Roboter fahren auf:
https://homofaciens.de/robospatium_ge.htm Rover R14 mit pi-top[4] als Zentralrechner](https://i.ytimg.com/vi/T2KEfwLFzow/mqdefault.jpg)









