Oooh, you gonna post this and not link to the tiny annex panel locks? I ended up just modifying regular size, didn't know there was a tiny version out there.
You can find them here: github.com/Annex-Engineering/Other_Printer_Mods/tree/master/All_Printers/Annex_Panel_2020_Clips_and_Hinges/panel_clips_and_corners
Short answer: Don't rush it. How well the machine ends up working is solely dependent on a combination of the quality of the prats you have and the care you take putting them together. Longer version: 1. Make sure the frame is as square as you can get it before proceeding. Use squares or anything flat to align all extrusion correctly. 2. Clean and grease the linear rails/carriage and make sure there are no crunchy/binding. The carriage should run smooth along the whole rail. 3. Make sure the X extrusion is not racked. It should touch the ends on both sides at the same time when running it back and forth. 4. When you have the toolhead is mounted run it manually around the build area (without motors connected to mcu) and make sure it runs smoothly all around the bed. If not check the belt path and the belt tension. 5. Double and triple check your wiring and make sure you fully understand what it is you are doing. Especially for the mains wiring. You don't want that magic smoke to escape. 6. Take the time to really go through the configuration file and make sure you understand what and why things is so that you can make sure they are correctly configured. That I think is the major things to be aware of. How much time and care you'll have to put in each step can depend on what kit you've got or if you have self sourced the parts.
It possible by one could argue how necessary it really is with that small bed. I do have started to wonder if I shouldn't go all in and build the plus 50 version of the Tri-Zero which allows for a 160x160 bed instead. And with that do some modifications and use the bed assembly from the Salad Fork instead... feature creep is a thing apparently :D
Such a cool rig, ive been 3d printing for about a year now and right as I think I start to know something, I see machines like yours and am reminded I'm still very much a noob with my ender 3 lmao
Thanks! :) Everything is possible. It's just a matter how much time you can put in to it. The most important is to have the urge to learn and explore, be curious. Push the limit of what you think is possible.
that’s how i started as well, first generation ender 3 that’s still up & running & of course heavily modified but it’s about patience & if you love 3d printing you will get there. i’m in the electronics stage of my 2.4 & loving every minute of it. plus you gain knowledge a lot faster if you’re new to the hobby.
SUBBED!
Plastic seems bubbly at 52:15 ish. Maybe moist filament, if that helps.
that cable managment....flawless
Very cool. Mine showed up this afternoon. It's part of a new V2.4r2 build.
Nice! Will be fun to see how it turns out!
Wow this looks awesome. What’s that purple filament?
On the stealthburner it’s esun abs and on the rest of the machine it’s esun abs+. The abs+ is much more matte than the regular abs.
Oooh, you gonna post this and not link to the tiny annex panel locks? I ended up just modifying regular size, didn't know there was a tiny version out there.
You can find them here: github.com/Annex-Engineering/Other_Printer_Mods/tree/master/All_Printers/Annex_Panel_2020_Clips_and_Hinges/panel_clips_and_corners
@@panzarkattenSweet thanks
really clean build man
Thanks! :)
Anything you learned while building that you would say to be mindful of, for someone just starting their trident voron journey?
Short answer: Don't rush it. How well the machine ends up working is solely dependent on a combination of the quality of the prats you have and the care you take putting them together. Longer version: 1. Make sure the frame is as square as you can get it before proceeding. Use squares or anything flat to align all extrusion correctly. 2. Clean and grease the linear rails/carriage and make sure there are no crunchy/binding. The carriage should run smooth along the whole rail. 3. Make sure the X extrusion is not racked. It should touch the ends on both sides at the same time when running it back and forth. 4. When you have the toolhead is mounted run it manually around the build area (without motors connected to mcu) and make sure it runs smoothly all around the bed. If not check the belt path and the belt tension. 5. Double and triple check your wiring and make sure you fully understand what it is you are doing. Especially for the mains wiring. You don't want that magic smoke to escape. 6. Take the time to really go through the configuration file and make sure you understand what and why things is so that you can make sure they are correctly configured. That I think is the major things to be aware of. How much time and care you'll have to put in each step can depend on what kit you've got or if you have self sourced the parts.
@@panzarkatten I appreciate your thoughtful response! Thank you for taking the time to write this and share your knowledge.
@@panzarkatten For number 3, what do you mean by "not racked?"
@@livedeliciously check out Nero3D’s video on the subject for more detailed information. th-cam.com/video/cOn6u9kXvy0/w-d-xo.html
Cool. V0.1 on the way?
It for a rebuild of my current V0.1 to a Tri-Zero forum.vorondesign.com/threads/panzarkattens-voron-v0-1-to-tri-zero-rebuild.55/
@@panzarkatten ah ok. I somehow didn't think that it could be for one of the other small machines.
It possible by one could argue how necessary it really is with that small bed. I do have started to wonder if I shouldn't go all in and build the plus 50 version of the Tri-Zero which allows for a 160x160 bed instead. And with that do some modifications and use the bed assembly from the Salad Fork instead... feature creep is a thing apparently :D
Nice job
Thanks!
Such a cool rig, ive been 3d printing for about a year now and right as I think I start to know something, I see machines like yours and am reminded I'm still very much a noob with my ender 3 lmao
Thanks! :) Everything is possible. It's just a matter how much time you can put in to it. The most important is to have the urge to learn and explore, be curious. Push the limit of what you think is possible.
that’s how i started as well, first generation ender 3 that’s still up & running & of course heavily modified but it’s about patience & if you love 3d printing you will get there. i’m in the electronics stage of my 2.4 & loving every minute of it. plus you gain knowledge a lot faster if you’re new to the hobby.
𝓹𝓻𝓸𝓶𝓸𝓼𝓶 😭
Well done!