The nozzle assembly is able to be disassembled and cleared. Starting at the bottom, the nozzle assembly contains a brass nozzle, then a small heater/thermistor, followed by what looks like a ceramic tube up to just above the air slot. From there to the top of the assembly is a metal tube. Inside this metal tube is a thinner ptfe tube (about 2.00mm ID and 2.6mm OD) that runs all the way down through the ceramic tube to the nozzle. The ptfe tube discolors, burns and clogs with heat creep. It can be replaced (if you have a thinner version, NOT the 4mm OD that is used for the Bowden tube). Other than opening the assembly without breaking it, setting the correct length for this ptfe tube is the only major issue.
Didn’t work for me. I have a flash adventure harden nozzle 0.6 -265 which PETG stuck in the cool in part of nozzle. I’ve tried this method at least 30 times with no success I used the plunger as well as one of those unclog tools to no avail. Is there something I need to do different with it being PETG instead of standard PLA ?
The nozzle assembly is able to be disassembled and cleared.
Starting at the bottom, the nozzle assembly contains a brass nozzle, then a small heater/thermistor, followed by what looks like a ceramic tube up to just above the air slot. From there to the top of the assembly is a metal tube. Inside this metal tube is a thinner ptfe tube (about 2.00mm ID and 2.6mm OD) that runs all the way down through the ceramic tube to the nozzle. The ptfe tube discolors, burns and clogs with heat creep. It can be replaced (if you have a thinner version, NOT the 4mm OD that is used for the Bowden tube).
Other than opening the assembly without breaking it, setting the correct length for this ptfe tube is the only major issue.
Hello do you have a video on how the nozzle assembly is able to be disassembled and cleared?
Thanks.
Ty for the tip that if it comes out going up there's still something in there
Didn’t work for me. I have a flash adventure harden nozzle 0.6 -265 which PETG stuck in the cool in part of nozzle. I’ve tried this method at least 30 times with no success
I used the plunger as well as one of those unclog tools to no avail. Is there something I need to do different with it being PETG instead of standard PLA ?
What is the tool called
Hot damn, you are a life (or nozzle, I guess) Saver.
Would you be open to discussing other issues I've been having with the FF Adventurer 4?
Horrible explanation. Please remove your video.
Lmao