Thanks to our Felfil System we were able to recycle the Onyx material and create new filament starting from waste! โป๏ธ
Read our new blog post to see more! ๐
https://t.co/DpGPNHnJNn
#filamentextruder#3dprinting#blogpost#recycling#project
We designed a micro-spool that perfectly fit our Felfil Spooler and is able to carry about 150gr of filament.
It is fully 3D printable and easy to customize if needed!
Download the file project ๐
https://t.co/ougNoi7r6H
#project#sustainability#filamentextruder#recycling
Since as Felfil Srl we offer production tools, we believe that is essential to inform the customer about their real performances.
Read more here๐ฅ
#plastic#sustainability#circulareconomy#design#3Dprinting
https://t.co/BJqXuJ8rlW
Everyone knows that choosing the right filament for #3Dprinting is often a difficult task โ๏ธ
Sometimes one of the simplest and most efficient solutions can be to make the filament yourself with a domestic extruder.
Read more below ๐
https://t.co/yHww9kJLDU
New #FelfilSpooler firmware V1.4 is now available!
The update brings some important improvements and various bug fixes. Read below for the full changelog and installation guide โฌ๏ธ
https://t.co/zBDWSRLsUf
#DiscoverFelfilSystem
Knowing in real time the exact parameters of the #extrusion in progress helps getting a good filament.
Temperature, RPM and much more: everything can be read on Felfil Evo's display. The interface is as intuitive as possible, as is the extrusion ๐
We partnered with @MaCh_3D to test the #3Dprinting performances of a filament extruded from #plastic scraps, confirming that, if limited to a few cycles, the recycled material guarantees proper performancesโ๏ธ
Read more in the article below ๐
https://t.co/ZGHqdJP0G5
#DiscoverFelfilSystem
We know that monitoring extrusion in real time is really useful.
That's why Felfil Spooler's display will tell you exactly what's most important: extrusion speed and filament diameter, so you can adjust accordingly and get the best results.
#3DPrinting
#DiscoverFelfilSystem
The diameter sensor mounted on #FelfilSpooler ensures that the extruded filament remains consistent โ๏ธ
Thanks to its high accuracy - 10 micron - it automatically calibrates the strenght of the puller wheels to guarantee the best extrusion ๐
#3DPrinting
Turning #plastic scraps into new filament is a great way to reduce waste โป๏ธ
However, not all plastics are recyclable at home: let's see which of the most common plastic materials are suitable for extrusion and how they behave ๐
https://t.co/GVuFilxdDo
#DiscoverFelfilSystem#3DPrinting
One of the key components is the extrusion screw โ๏ธ Designed to transform the plastic scraps into a brand new filament, it is made ad-hoc to ensure efficient extrusion.
โ 14mm
โ K100 steel.
Made to last and to give the best precision๐
#DiscoverFelfilSystem โ๏ธ
Basic extrusion speed is about 1.15 metres per minute, but it depends on the material you are using.
For many materials it's way faster than this: so, in a few hours you have a full filament spool and you are ready to print ๐
#3Dprinting
Since we designed it, #FelfilSystem has been used in a wide range of research projects: in fact, thanks to its architecture, it is particularly suitable to test various materials and innovative polymers โ๏ธ
โก๏ธ Discover more here https://t.co/QNjeXd63UW.
#FelfilSystem allows you to make #3Dprinting filament at home, in just a few stepsโ๏ธ
Want to see how it works? Watch the video below and learn how to make filament from shredded PETG old prints!๐https://t.co/66OSKSyGm9