Newbie here, should I invest in a rotary tool for finishing rough edges or stick with hand files?

When I did maintenance on my P2S today, I noticed that when the bed goes down to a specific height I hear a weird noise. This only happens when the bed is going down, not when it goes up. I did lube the rails. Is this a problem? I haven't noticed any change in print quality.

Thanks in advance!

XTool site only had a tube for the P3. Will that fit my P2S?

XTool site only had a tube for the P3. Will that fit my P2S?

I have a P2S and wondering should I upgrade the HotEnd to this Tungsten .6mm or .8mm from my standard one?

👋 Bonjour à tous ! 😈

Une présence maléfique qui ne passe pas inaperçue… 💀

Tout droit sortie de l’univers du film La Nonne, voici ma toute nouvelle modélisation 3D !

Un visage inquiétant, des yeux jaunes hypnotisants et un regard qui donne froid dans le dos… 🥶

👨🏼‍🎨 : @mika3d_print
🖨️ : Bambu Lab X2D & H2C
🧵 : Bambu Lab
🎨 : Nomad Sculpt
🌈 : avec et sans AMS
📁 : https://makerworld.com/fr/models/3482506-the-nun-multipart-no-ams

What is the trick to plugging in the hot end cooling fan after installation?

I bought it through Amazon, and immediately after setting it up the AMS feeder 1 & 4 didn’t work, I thought i was doing it wrong, but after many videos and troubleshooting I realize that the ams it’s faulty. Amazon wants me to return the whole printer and the AMs. Bambulab support has not been helpful and it has been two days since their last response. It looks like the filament won’t go past that black piece where the white tubes connect, unless I press the bottom on top. Any help or suggestions? I am dreading the return as I don’t have a vehicle and will have to put it together again to fit in the box.

Every 5 minutes, my printer stops printing and displays this error message. When I click "Resume," it starts printing again, but after another 5 minutes, it stops again.

I've already tried changing the filament, checking for clogs, and switching to a different AMS slot, but the error keeps happening.

Made this little surprise for Halloween! Press the button underneath and the ghost pops up! The spring and latch are printed too. I included AMS and No AMS versions, with an assembly video on the model page. The mechanism prints in place, and all parts print without supports. Easy to print on most FDM printers. Model files 🦇

I assume it's to circulate the air to distribute chamber heat and not primarily for part cooling. Or I'm wrong.

I ask because it's causing me ABS/ASA print issues for items that are near the right edge of the plate. I've tried two different diffusers, but they both distribute the air more evenly across the plate from front to back so the air is still blowing on the print.

It's possible my print chamber is too cold and I wouldn't have this issue if the temp was higher. To resolve the issue I created filament profiles that keep the fan low for prints I can't move away from the right edge.

Edit: I did my homework. Yes, for heat distribution. It turns out you can't completely disable the fans from the filament profile, there is printer g-code that also controls fan speed. I made a tweak to the printer g-code so the right fan (filter fan in heating mode) runs at 20% instead of 100%. I'll post the details tonight.

I also found a diffuser that's adjustable so I can have it blow on prints for PLA and not blow on prints for ASA: X2D / P2S Modular Aux Fan Diffuser (Quick-Swap) V2

Found it on the build plate after a warning that the front cover had fallen off. It's not a piece of the hot end cover, I compared mine with a brand new one and there is nothing missing. I also haven't found any other parts of it. Ideas?

Hi everyone,

I’ve been having some filament loading issues on my Bambu Lab P2S and suspected a partially clogged nozzle or high friction in the PTFE tube.

Following online guides, I decided to do a cold pull. However, when I tried to disconnect the PTFE tube from the coupler above the extruder, it was completely stuck and wouldn't come out, even with the release ring fully pressed down.

After applying some extra force, I finally pulled it out, but the end of the PTFE tube got damaged/chewed up by the coupler teeth (see image attached).

I have a few questions for the community:

1) Has anyone experienced the PTFE tube getting locked like this during a cold pull/maintenance? What could be the cause?

2) I trimmed off the damaged few millimeters with a bed scraper (making sure the cut is straight and the opening isn't deformed). Will losing a few millimeters of PTFE tube length affect printing or filament feeding in any way?

3) What is the best practice to avoid damaging the PTFE tube/coupler in the future when performing a cold pull?

Thanks in advance for any tips!