I am (slowly) working on mounting ACM panels to my Voron 2.4 to try to get my chamber temps up to reduce/eliminate warping on big ASA prints. I only needed 12 of these parts, so I chose to print them sequentially.
Want to know how slow my progress has been? Well, this photo proceeded this post and I made that post weeks ago... I'll crack open the cable chain and get this ball rolling again soon. Or maybe I'll ditch the chains and go to a USB toolhead. But that will require me to print some parts, so I guess I have to fix this. And if I'm doing that it's going to probably be 'good enough' for quite some time... 🙃
There's nothing major in the print queue, but I do want to make sure the printer is ready to go when something does turn up.
I think Microcenter only carries the 'full' CNC kit, which was pre-tap when I bought mine
Layer lines are one thing, but them shifting around is very annoying. I don't know if it's completely a 'me' thing or if a large chunk of the people who posts things online only go for a beauty shot.
For example:
compared to:
(open the images in a new tab, Lemmy doesn't always let you view them full size...)
I tend to run fast, but I've found that Polymaker's ASA will print happily at 230-235 on my machine. Maybe slower + cooler would help my results. I should try a few sequential objects to find out.
Don't get me wrong, the 2.4 is a massive improvement in quality over what I was turning out on my i3 clone.
What is this plate prep you speak of? I kid, but I'm also happy that I (very rarely) have to clean or do anything to my build plate.
No cameras here. The lighting at the top of the frame is great for letting me see the first layer, which is really all I need to see. Now that I got z-calibration up and running, I rarely have to fiddle here. The only spaghetti I've encountered has been due to ASA warping, but now that I know that was chamber temp related it should be easy to avoid.
All in, I like it. It heats up amazingly quickly compared to the extruder on my i3 clone - literally 10s of seconds. Mine doesn't ooze or string at all and retraction tuning is a piece of cake (basically any value works fine). One tool nozzle changes are nice, but I honestly don't change my nozzle very often. I've run TPU, PETG, and ASA through it without issues. The HF Rapido, which is the one I would suggest going with on a stealthburner due to height, runs v6 nozzles which is also nice. Stealthburner installation isn't hard, but you do have to pull the bowden coupler off the top of the Rapido.
I've run a few ASA prints at 30-35 mm^3 feed rates and was able to do so without needing to touch my extrusion temperature. I can't say the same for PETG - that topped out at around 20-25 mm^3 without increasing temperature. What kinds of things do you print? Are you OK with using thicker layers and bigger extrusion widths? You won't be able to easily crack 30 mm^3 feed rate if by moving your toolhead fast - you'll need thick(er) extrusion widths and layer heights. Play around in your slicer, all the slic3r derivatives will let you view volumetric flow on your sliced gcode. I'm not sure the extruder is worth it if you're not going to take advantage of its ability to flow filament quickly.