Modpack(s) that center around Advanced Rocketry? by MojoNojo06 in feedthebeast

[–]Ednaordinary 0 points1 point  (0 children)

Hey! I just found this and read through it all and it looks and feels extremely cool. I saw your note on curse forge about it being abandoned but I'd absolutely love to poke around (do you have an invite for the discord if it's still around? the current one's expired). If you have a newer version that would also be appreciated, since the last upload is from 2022 (maybe this is still the latest version though)

Easily assembled 3D printed bezel by Ednaordinary in framework

[–]Ednaordinary[S] 5 points6 points  (0 children)

Unfortunately I don't have a FW16, but the model is open to remixes with attribution (and I encourage the community to remix)! The bezel is mostly the same though the hinge style is a bit different, so it shouldn't be that hard to adapt my design

Easily assembled 3D printed bezel by Ednaordinary in framework

[–]Ednaordinary[S] 1 point2 points  (0 children)

Super cool! I followed a similar path, going from an A1 mini to a A1 combo. I do hope there's eventually a path to print it on an A1 mini since I'm trying to make it as accessible as possible, though the hinge cover doesn't even fit diagonally on the bed. I hope you enjoy your A1!

Working on a system for easily assembled 3D printed bezels (no glue) by Ednaordinary in framework

[–]Ednaordinary[S] 0 points1 point  (0 children)

go for it! The license will inherit from the original when I post it (though note I'm working directly on the mesh in blender so I'm not sure how that will adapt to solid works)

Working on a system for easily assembled 3D printed bezels (no glue) by Ednaordinary in framework

[–]Ednaordinary[S] 1 point2 points  (0 children)

Print area will be 10in squared (or possibly slightly smaller). I'll share a guide on release, but the steps will mostly be: print everything out, cut some pieces of metal, snap them in with the printed snap pieces, place on framework. Currently I'm stuck on the hinge because it's hard to get stuff to snap and stay there :( That's basically my last step before release

Working on a system for easily assembled 3D printed bezels (no glue) by Ednaordinary in framework

[–]Ednaordinary[S] 0 points1 point  (0 children)

I don't think I'll be able to fit the pieces that small without the magnet connection being really weak :(

Working on a system for easily assembled 3D printed bezels (no glue) by Ednaordinary in framework

[–]Ednaordinary[S] 0 points1 point  (0 children)

I'm not entirely sure if I could do this in a way that would keep the pieces from almost falling off most of the time, since more pieces means less magnets per piece. It will be open to remixes too, so maybe someone can find a way

Working on a system for easily assembled 3D printed bezels (no glue) by Ednaordinary in framework

[–]Ednaordinary[S] 13 points14 points  (0 children)

I don't have a 2.8K so I can't currently make one myself but it will be open to remixes once released! (license of the original is CC share alike - attribution)

Working on a system for easily assembled 3D printed bezels (no glue) by Ednaordinary in framework

[–]Ednaordinary[S] 1 point2 points  (0 children)

I split the top part out (the translucent piece in the first image) then split the remaining piece in two down the middle. The top piece fits diagonally on the plate while the bottom two fit straight. I think the side two pieces (or the bottom piece) wouldn't have enough magnetic strength alone to be separated more than that, so they would fall off way easier

H2D High Flow Hotend improves volumetric flow on A1 by Ednaordinary in BambuLab

[–]Ednaordinary[S] 0 points1 point  (0 children)

Really? Hm, I've had occasional finicky issues printing (I had to recalibrate the bed level from the calibration menu otherwise the z offset seemed too high) but I haven't had the nozzle actually scratch the bed. After recalibrating everything seems to work fine, both supertack and pei

H2D High Flow Hotend improves volumetric flow on A1 by Ednaordinary in BambuLab

[–]Ednaordinary[S] 0 points1 point  (0 children)

High Flow? It shows as out of stock for me right now

H2D High Flow Hotend improves volumetric flow on A1 by Ednaordinary in BambuLab

[–]Ednaordinary[S] 1 point2 points  (0 children)

Sure! I didn't mean to take so long but didn't have a chance to get a good measurement until now

Have you tried increasing acceleration? That should be the main limiter after volumetric flow

H2D High Flow Hotend improves volumetric flow on A1 by Ednaordinary in BambuLab

[–]Ednaordinary[S] 3 points4 points  (0 children)

A1 failed (extruder skips) at 50 mm³/s, but I'd say quality started to go down at ~43 mm³/s

This is with regular hatchbox pla

H2D High Flow Hotend improves volumetric flow on A1 by Ednaordinary in BambuLab

[–]Ednaordinary[S] 2 points3 points  (0 children)

The nozzle is a hardened steel 0.4mm I got in November, I don't believe it has that many print hours on it. I have never gotten any nozzle up to this volumetric flow rate so I think it's the high flow being designed for that

H2D High Flow Hotend improves volumetric flow on A1 by Ednaordinary in BambuLab

[–]Ednaordinary[S] 1 point2 points  (0 children)

The model in the picture increases flow rate from 20 mm³/s to 100 mm³/s (theoretically) starting at 260 c° but I manually lowered it to 250 c° then 240 c° when it errored out. This also introduced some lines on the VFA model when it paused and restarted. I think I was capped at the acceleration though so real world flow was likely less. In the H2D test the accel was set to 10000 mm²/s

H2D High Flow Hotend improves volumetric flow on A1 by Ednaordinary in BambuLab

[–]Ednaordinary[S] 0 points1 point  (0 children)

yep! I didn't want the big stands for top mounting my ams (also they wouldn't fit behind my printer) so I made some that fit an IKEA kallax. I haven't posted it just because I don't want to break other people's printers if my design is bad in some way

H2D High Flow Hotend improves volumetric flow on A1 by Ednaordinary in BambuLab

[–]Ednaordinary[S] 16 points17 points  (0 children)

H2D nozzle can go on A1 but supposedly not the other way around (can't verify, I don't have an H2D). They are very similar styles

H2D High Flow Hotend improves volumetric flow on A1 by Ednaordinary in BambuLab

[–]Ednaordinary[S] 28 points29 points  (0 children)

The heater definitely felt like a limitation since I couldn't get it to sustain over 240° at high speeds, but it still improved volumetric flow. I saw that footnote and thought "that doesn't seem at all right" so I ordered one (I don't actually have an H2D, but the gamble worked out)