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Joined 1 year ago
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Cake day: July 11th, 2023

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  • DON’T PANIC

    There’s a massive wave of learning curve for 3D printing. It’s ABSOLUTELY subjective to the individual. So always keep in mind that you’re going to need to do almost all of it yourself.

    The funny thing I experienced about the learning curve is how fun it is to ride the wave of “oh I understand now, let me try that… OMG what did I do?! Aaareggggg! Ok, I’ll try again tomorrow. Next week well wtf that was so easy. How did I not get that the first time?”

    So the first thing to remember, not all printers provide a similar experience. You can end up with a model of the same filament and same size and to the naked eye, totally the same. But from different printers, could have black and white approaches and steps.

    In general there’s a few programs that will let a PC directly connect to a 3D printer. It’s usually USB and manufacturers usually probably the drivers. If not any Linux system is gonna be able to talk to it. Windows is the one that might not talk to USB on a COM channel.

    Direct connection is only needed in my case for upgrading the firmware. I have a Prusa MK3s Frankenstein. I have modified a bit of it.

    Before I mod’d it took a bit to really tune it in. but now it’s really bulletproof and goes perfectly even after sitting for a while.

    Remember to learn the basics for the printer you go with and then look at the mods



  • Think of it this way

    There’s your core of the system, the kernel part. It’s the engine of the thing but basically its the package manager. This is what Ubuntu, Redhat, Arch, etc is. It’s all interchangeable in some ways and also locked into a specific place you get your packages and updates. It could be any desktop and all of the desktop environments or just a command line.

    So more often than not, the core will favor a specific desktop environment. You can always install multiple environments and they’ll work but there’s some things that are suited for one desktop environment over the other. Many of the basic apps don’t work outside their environments. KDE apps don’t always work in Gnome and vis versa.

    So when you download Ubuntu, your basically says give me the package manager that points to the Ubuntu repositories that will understand your version of the core and give you prepackaged software that is meant to work with Gnome.

    If you go with Kubuntu you’ll get the same treatment but with the KDE desktop environment and all of its basic stuff.

    But you can install KDE on Ubuntu and you can install Gnome on Kubuntu.

    You can mix and match all the desktops if you want but at some point it does cause problems because the developers make different decisions and use different software that you’re package manager has to deal with.

    So some distros do things different, have different configurations and package managers. I use Arch which uses pacman (package manager) to give you core software that they keep up-to-date and test but it’s limited in what it offers. So instead it has an AUR that can be accessed though many different sub package managers, like yay

    I could go on but I hope this makes a little sense about the difference in distribution and desktop environments.

    If you want a Windows 98 style desktop, look at KDE. It’s a lot like how Windows works


  • Probably depends on where you live but if its gross just put it in the garbage. If you are concerned about the workers safety, put it in a box and fill the box with other trash so it doesn’t present a danger. Not all glass can be recycled even if its put into the recycling bin. But even glass that is not recyclable can be used for lots of other things. One of the cool things I discovered a bunch of years ago is that junk glass that isn’t recyclable can be used to capturing methane from old landfill (they create a thick layer of crushed glass on the top of the old landfill and then cover that with a membrane and then they can suck the gas that is stuck between the glass layer and the membrane.)





  • The tungsten carbide nozzle that I use is pretty good. I have only ever had one clog and I was using old filament. I just heated the head to ABS levels and it drained the clog simple enough. When I have had clogs with brass nozzles it can be a chore to clear it. Sometimes requiring taking the whole thing apart. So the tungsten does it all from what I can tell. I havn’t changed it in over a year and my prints come out looking great. The quality of the filament is a big factor. I use the prusa recycled filament for most of my first runs. The heat expansion is splitting hairs on their part. Maybe for science or industrial level uses its an important factor but in home hobby use, its probably next to impossible to tell if it does matter. The optimal temp is always different depending on the users environment.

    I’d probably try this diamondback nozzle if I need to replace the tungsten and I can find more independent reviews. It just feels like they are banking on the diamond part being OMG its the hardest material but the ruby is almost as hard and has more field tested and reviewed history to it. Plus its got the pretty red tip while the diamonback has a gray graphite look to it.