Hasn’t threads not even turned on activitypub support yet?

your mother started the load over! AYO!

I’ve almost always used PrusaSlicer just because the only printers I had access to were mk3s+.

I’ve started playing with Cura though because A. i wanted some more complex prints that PrusaSlicer struggled to support, and B. We also got some creality cr-30’s functional at my college again. So far I still feel Prusa is easier but that’s likely just familiarity.

Damn I wish I had money

Mmm clothes smelling like dirt 🥰🥰

Yeh but then I just dismiss the timer and it is gone from my brain before my phone is even set back on the table

Hmm. If the common wear items are commodity parts I’d probably be okay with it.

It being a high gear ratio direct drive is a huge plus too. I like my TPU.

I’ll add it to the consideration list for next year’s graduation present to myself. However without a multiextruder head or filament changer (I REALLY wanna do disolvable supports), it’ll be lower on the list. Thanks for providing your experiences!

How much did it run you all in?

I’m a little iffy on jumping on the Chinese supplier train just because I worry about longer term parts and software support. Id rather support a based company like Prusa, except Prusa just isnt keeping up with everyone else in the features/capabilities department… But if the Chinese supplier’s quality passes, it’s hard to argue against.

The design-model-to-print pipeline is really what I enjoy the most too. Very nice design work!

Feels like a lot of people get into printing but then just print existing models from online- which is valid, but missing out on a HUGE opportunity that is really what makes 3d printing useful.

Sure, but on these fully DC printers all the power control hardware is integrated into the main board and supplied from a single main power rail. You’d have to basically build a separate power control board with that would allow you to isolate those MOSFET’s on their own power rail and then jump the PWM control signal over to it from the main board. Decent amount of electronics knowledge and skill required to pull that off.

That’s why the non-parentheses number is zero for all seeded torrents. In parentheses number is “hey I’m here”. Out of parentheses number is “hey I’m here. Let me in.”

For actively downloading torrents they’re an indication of connection health. If there’s 150 announced seeders but you only open a connection to one or two of them, you might have a network problem.

Layer adhesion almost always means plastic is extruding too cold. Especially if the adhesion problems are happening on layers off the build plate. Keep bumping the temp and maybe use less part cooling fan- you can’t really make it worse at this point.

Hardened steel nozzles do not conduct heat nearly as well as typical brass nozzles. (The thermal conductivity of steel is around 40w/m-K for high alloys, while for brass it is 110w/m-K). It cannot heat the plastic up nearly as fast.

I usually start at 210C for PLA on my Prusa mk3’s with a brass nozzle, and will back down to 200/205 if there’s more overhangs or too much stringing. But on the printer set up with a steel nozzle I ended up around 225C to get results comparable to 210 on the brass nozzle.

lol

Considering TPB is garbage and shouldn’t be used anymore, I see this as an absolute win

Oh yeah that’s a good idea too. Sure any one client device will be limited to 1g but your NAS could use a super cheap multi-port ethernet card to get 2 or 4g bonded link speeds so it can serve multiple devices at full speed.

Yup. Same age, same design, same failures… and array rebuilds are super intense workloads that often force a lot of random reads and run the drive at 100% load for many hours.

2.5 is still really new in the networking space and nobody has hit economies of scale yet. I very much also want to build out my home LAN to be entirely 2.5g compatible since 1g is limiting for my NAS use case (video storage), 10g is overkill and not supported by my client devices, and I only need 16/24 ports. but good God the hardware just isn’t reasonable yet.

You pretty much have to bite the bullet if you really want 2.5 right now. What might honestly be worthwhile is finding a used enterprise 1g switch with the number of ports you need, and will still be “enough”, as those can be had for only a couple hundred dollars. Sit on that for 2-3 years until the 2.5g and 5g hardware market starts to fill out and you can decide how badly you need 2.5g then

Really. Anything branded from Samsung or Crucial(Micron) is going to be fine. They are the top producers of NAND, produce high quality products, and stand behind warranties. But you are gonna pay out the nose for the privilege of enterprise grade hardware.

You might just be buying lower quality consumer SSD’s though, since even they should be able to handle a surprising amount of abuse.

If I had a dollar for every time rebuilding a RAID array after one failed drive caused a second drive failure in the array in less than 24 hours… I’d probably buy groceries for a week.

…I thought you just said you’re running OwnCloud?