This is a rough (and uneditied) log of my 3D printing attempts.
I’m posting it mainly as I see no harm in that, rather than a believe that my poorly written scribbling with be of greate sorcial benefit.
(The spelling mistakes above and below should be considered as intentional here as they are in 419 scams)
Second Loggening
??? / ???
the rest of the hagglethorn models
??? Hagglethorn Tavern
scale z 120%
ini layer 0.36
bed 65⁄60
noz 195
brim 8mm @ .2mm
infill 10%
“tavern roof” is (100, 100, 120) and i’m doing 10% infill to be CHEEP
tavern.dungeon
tavern.dungeon-a
DO AS PARTS
tavern.dungeon-b
DO AS PARTS
tavern.dungeon-c
DO AS PARTS
tavern.dungeon-d
old one
not scaled
tavern.base
tavern.base-a
DO AS PARTS
tavern.base-a
DO AS PARTS
2023-06-06? / Myari Case
i previously levelled the bed with the z-axis 0.2mm up
i haven’t touched it; it’s probably shifted after two prints though
initial layer thickness 0.36
to compensate for the funky leveling above, and, help with adhesion
bed head 65⁄60
i have a glass bed
adhesion with brim that’s 0.15mm away
i’m pushing this a tiny bit since i’m not totally satisifed
i needed to rotate the model so that it’d fit on the build plate
myari-case2/3/4
it’s been a few tries - i think the issue was a meek powersupply for the pi3
2023-06-04 / Ender 3 Terran Bunker Fan Guard
As a test of my 1mm thing, I started this fan guard thing.
It is a complete decadence, but, I think that it’ll be “fine” if it warps or detaches.
Maybe.
…
It came out fine.
There’s some nerding and some “unraveling” on the underside which … it fine … it’s a flat surface bro!
Overall I don’t think that the headache of supports would justify the cosmetic improvements.
move z axis up by 0.2 THEN level the bed
the bed wibbles … if it wasn’t glass, i’d suspect it was warped
initial layer thickness 0.36
to compensate for the funky leveling above
bed head 65⁄60
i have a glass bed (as above)
adhesion wiht brim that.s 0.1mm away
i want the benefit of a skirt without the clingy of a brim
2023-06-04 / PTFE Cutting Guide
I cleared the clog, removed the hood, reinstalled OctoPrint (don’t know why it’s gone) and … printed a PTFE Cutting Guide after three tries.
I feel optimistic as long as I recall these details;
move z axis up by 0.2 THEN level the bed
the bed wibbles … if it wasn’t glass, i’d suspect it was warped
initial layer thickness 0.36
to compensate for the funky leveling above
bed head 65⁄60
i have a glass bed (as above)
adhesion wiht brim that.s 0.05mm away
… actually … i’d like to vary this to be 0.1 again
2023-05-08 / carsoul tray
used default settings
checked after 31 minutes and heard skipping - why god!?
tuned nozzle up to 215 - here’s hoping that the skipping wasn’t heat creep!
… which it was … so let’s go back down to 190 and hope for the best
brim “failed” i expect because there was no filament near the nozle, but, overall i feel the settings are “dialed in” quite well
… if … if this works of course …
96-12 (todo part 2 of 4)
build plate to 45
nozzle to 195
brim distance up to 0.3 (old one didn’t quite come away)
let’s see what’s what - eh?
…
00:39?
some skipping
lowered temp to 190
…
02:30?
model has peeled from +x side
restarting
96-13 (todo part 2 of 4 - but with 190 and 0.4)
nozzle to 190
brim distance OUT again to .4
hairspray too
i suspect that the 0.32 initial layer height is somehow connected to stuff touching when the brim is 0.3
ey.96-13.barracks-main-p2-todo.12h6m.45g
…
00:28
slight peeling of the +x brim (maybe i should reduce fan?)
might have heard a skip
…
02:??
lost adheasion - print failed
nozzle seems fine on the inside, outside was covered in dross
ey.96-14 (todo part 2 of 4 - full clean, 190⁄50 no brim)
nozzle to 190
bed to 50
brim OFF
curtain sloped?
full clean of bed
re-level the bed
ey.96-14.barracks-main-p2-todo.12h.44g
start at 19:59pm
…
at 00:16 is skipping, so, i helped it a bit and opened the curtain
…
00:25
totally skipping
lowered bed to 45
raised nozzle to 195
helped for 5⁄10 minutes; still ksippin
if it stops again; i should check the hot end
…
02:13
no real peeling, and, the clicking has stopped sp … maybe?
…
it was successful
ey.96-15 (pt3 of 4 - trying to tune for what i heard)
the skipping seemed to happen during infill, so, i’ve slowed that down
… and sped “flooring” up …
nozzle 190⁄195
bed 50⁄45
first layer “faster” 30 (rather than 20)
general print speed down to 45
wall speed up to 30
fan “sooner”
inital speed 30 (up from 20)
regular speed at layer 3 (down from 4)
…
kept skipping on the purge
thrid try; tried t to record it and … no skipping
did lose adhesion ASAP on the first layuer’s outer wall, but, i yoinked that off and seems fine now. hope it’s fine
…
00:58
heat clog and peeling everywhere
let’s try turning it all back to what it was BUT NOT the temperatures and add the skirt
ey.96-16? (maybe)
ey.96-16.barracks-pt4-flat.12h15m.55g
sliced while 96-15 printed, but, before it failed
adding skirt to try and save it from stuyff
putting the skirt at 5mm tho
refixing the model to print upside down with no pegs and reduce overhang
break troubleshooting
i belvie that i adjusted the extruder gear during prior maintenace to starting the ey.96 serries.
on 2022-08-26 the printer had stopped extruding.
the printer had been stopped for some time, as, the head was still active and was around 2 inches above the surface of the model.
i removed the filament ASAP and got a “bug foot” but also noted that (for the first time) the filament had “torn.”
on 2022-08-27 i removed the extruder gear completely and cleaned it before reasssembling the printer and trying to do a “resumed” version of the model.
i noticed that the gear had yellow and possibly white filament resude in it, and i tried to clear it out with a dental pick and blutak.
i printed the new model, adhestion et al was fine.
on 2022-08-28 the printer had ceased extruding again, but, hadn’t completed a first layer.
there was some amount of buildup on the nozzle - which was surprisng - but i cleaned it off.
the filament had torn AGAIN but i decided to leave it rather than clear it now.
when i tried to clear the bowden tube, the filament snapped leaveing a “chunk” about 1 cm long roughly 3 cm intot he bowden tube.
this is a stock Capricorn tube, so, can’t be shortened that much as there isn’t enough length for the tube to get from the extruder motor to the hot end.
i removed the nozzle as part of this maintenance and noticed some amount of “rust” or “ash” fell out - I’m unsure where this would have come from.
ey.96 / hagthor-barracks-main
resume print thing
using adivce from The Ed
ey.96-01.hagthor-barracks-main
start with ey.95-11
initial layer height of .32
printing temp at 200 (normal)
plate temp at 60
print speed 55
wall speed 35
initial layer speed 40
initial fan speed 50
regular fan at layer 2
ey.96-01.hagthor-barracks-main.4d5h55m.549g
…
afrer 32 minues there’s a lot of scrag around the edges
i’m going to reslice with a better brim
…
01:23:00 and still no clicking!?
…
i aborted it and started the “new” one
ey.96-02.hagthor-barracks-main
initial fan speed 30
brim
brim width = 8mm
brim distance = 0.1mm
ey.96-02.hagthor-barracks-main.4d5h58m.550g.gcode
…
it’s uploaded but the previous one hasn’t jammed yet - odd
…
i started it after cleaning off with meth and bringing the build plate REALLY close
…
adhesion totally failed and i had “spagetti and meatballs”
ey.96-03 (reprint of ey.96-02)
cleaned bed with water
cleaned nozzle a bit
checked around 00:18 and it was okay … little crappy on the supports though …
…
00:37 supports look better, buyt, i heard a skip as i left the room
…
00:52 - no change, heard a skip
…
01:37
stuff seems “smoother” but there’s still some “nattyiness” on the pre-supports
in the future; i should put a brim all around the pre-supported models
…
01:00:13
progressing fine - i am less fearful
some stringing, but, hardly anything to worry about
…
the filament snapped
when i removed the print, and started removing the supports, i tore the first layer off by accident
i also cleaned off the extraction gear - it’s farily deformed so i should replace it if this helps
i had a special kind of nightmare trying to get these files “ready”
in the future - i’ll use the “for smaller printer” files to avoid risks
…
i tried culling some cylinders out of the model
getting the modifications in place took more time than it saved on the final print
cutting infill down to 10% was more productive
ey.96-04.barracks-main-todo.1d23h8m.189g
…
cable tore again
interlude - research
issue:
been cloggeing PLA prints since April - haven't tried anything else
replaced hot end, adjusted fan so no more noise
feeding seems fine
after first layer, filament is too swollen in tube.
seems to get "fat" throughout the whole hot-zone/cool-zone
jams
... and yoinking it from the motor-side is quick and easy ...
have moved the nozzle away from the bed; adhesion fails
tried lower temperatures, no adhesion if i'm below 190
tried higher temperatures, feels worrying to exceed 220 though
the filament used to be fine ... so i bought a six pack from the manufacturer and it stopped working mid roll after that
...
i tried fusing some old stuff to the new spool ... but no ...
width = 6 (up a tad, but, i don’t think it’s needed … but rather be safe the )
distance = 0.2 (down a bit because it did seperate on 91-02)
bed temp 55 (worked on 91-02)
…
noticed that the purge line is joined to the brim - implies poor adhesion
heard some skipping and “helped it” which seemed to push past the issue
will have to check again
ey.91 / purifier cover / 2022-05-23
ey.91-01.purifier-cover.10h22m.79g
there seems to be 150g of material left
i am hoping for the best
…
print failed adhesion pretty early on and became spaghetti
there’s an odd “slag wad” that might be where the thing picked up
it’s not a jamming problem though … so that’s good.
adhesion is supposedly harder with glass beds, and, i’m using the stock temperatures (which assume fiberglass bed)
ey.91-02.purifier-cover-top.2h27m.21g
i’ve got an “old” top, so, i’m going to “hobo it” and print the missing section/range then hot-glue them together.
it’s going to take 21g so … let’s just bump the temperature up to 55
if that doesn’t work i can try aqgain on this spool
…
durring setup i noticed that the cointrol cable may have bent over and reached the build plate
control cablew knocked print loose
plate adhesion failed
either way … i’ve not been watching the print so it could happen again :|
…
there was warpiing - d’oh
the far corner is warped. the print was fine otherwise
// the 72mm we don't needneed
height =72;
// lol - whatever; these just have to cover the item
width =230;
depth =40;
difference()
{
import("MYARIS_PURIFIERS_cover.stl");
union()
{
cube([width, depth, height]);
translate([-width , 0, 0])
{
cube([width, depth, height]);
translate([0, -depth, 0])
cube([width, depth, height]);
}
translate([0, -depth, 0])
cube([width, depth, height]);
}
}
ey.90 / calibrator / 2022-05-23
i’m restarting from scratch
i’ve tried to avoid super-jamming the bowdern tube into the nozzle; maybe that was where the source of clog/tension was
trying just the/a calibrator model
initial layer height .32
brim adhesion
width = 4
distance = 0.25
ey.90-01.purifier-calibration.1h5m.8g
…
… and it worked.
wow.
okay, there’s like 150g of filament left, so, let’s use those settings for a cover
ey.89 / purifier cover (failed)
This is the cover for my “purifiers holder”
ey.89-01.purifier-cover.12h23m.80g
Based on the last prints, I;
- set build plate temp to be 60 forever
- this was something i did by hand
- initial fan speed to 50% (was 0)
- this was also something i did by hand
- regular fan speed at layer 3 (was 4)
- this is just normal
- print speed back up to 50 (was 45)
- in hindsight … maybe this was the last straw?
Printing started “fine” so I went to bed.
….
Overnight, the printer clogged/jammed and the nozzle was a few CM above the end of the model.
I stripped the hot end, but, I didn’t see a good way to get the nozzle clean.
I changed the nozzle and suspect that the “stock” nozzle wasn’t really 0.4mm as it seems smaller.
ey.89-02
I changed the nozzle - I swear the offical one seems to be smaller than the 0.4mm - and - it is unmarked.
This iteration of the print didn’t even make it first layer - but - cleaning out the failure wasn’t as hard this time.
I’ll need to re-level the bed.
reading
I read an article to try and come up with possible fixes.
i’m about to do that; use an old throat to get a close cut
replace the extruder
this one …
I realised I can use the old nozzle’s “throat” as a guide to slice the PTFE evenly.
ey.89-03
I turned the nozzle temperature up to 200c to try and resolve the issues.
Printing was fine for awhile.
At/around 40:00, the print started to skip again.
I tried “hand pushing” the filament, and turning the speed down to 80%.
Eventually the print became fully clogged on/at/after layer 6 (I counted by eye) so that’s that.
This time … there’s residue on the nozzle, possibly around the threading - I suspect that it either wasn’t screwed in enough OR my measuring didn’t ahve the PTFE meeting the nozzle itself.
planning
replace the sxtruder clamp and/or gears
replace the hot end fan
ey.88 / beastgrave (despoiler + hunt) covers
trying to do them together … because life has been too easy the last few days
together= 19h13m
9h13m
9h50m
ey.88-01.beastgrave-covers.19h20m.110g
started right after the last one
2:??:
jammed
88-02
using the last model
tride to weezle the nozzle clear
hoping a by-hand 60 bed temp fixes it
0:57:0
no clicking and was bed adhered
2:01:
it’s been skipping off and on for awhile now
advice is now … that it’s probably never been heat creep …
fb says …
- Make sure the hot end is actually assembled properly
- I’m betting it’s a small gap between the PTFE tube and the nozzle.
- Disassemble the nozzle, and the PTFE fitting up top. Cut the PTFE perfectly square with a sharp blade.
- Screw in the nozzle finger tight then back it off 3⁄4 a turn.
- Insert the PTFE tube through the fitting (screwed finger tight then back off 3⁄4 a turn) up top until it contacts the nozzle.
- Then tighten the fitting w a wrench and tighten the nozzle. The slack originally created with backing off both sides 3⁄4 a turn will now be mashed tight ensuring good contact.
- Heat up the nozzle to 260 and retighten again. Should be good to go.
i consider this “actionism”
…
i did it anyway
looks like the stock tube isn’t even
hoping smooshing everything a bit will fixit
88-03
same file as before
turned bed down to 60 again
….
the cable loosened the bed screw so i had to re-level it
88-04
same file as before
will turn bed down to 60 again
not even bothering to clean off the nozzle
….
some skipping
found and raised “fan speed”
….
it came out eventually … okay … i think.
feels a bit thin, but, that might be the design
ey.87 / myaris purifiers holder
ey.87-01.purifier-holder.1d0h13m.133g
started from ey.86-02
made brim 6mm (from 4mm)
arranged model to avoid the bad corner
….
seems to be coming along smoothly
have i landed on the correct settings?
…
it printed great!
ey.86 / sepulchural guard cover
ey.86-01.sep-guard-cover.7h50m.49g (failed)
brin distance to 0.18
bed temps to 60c
24:00:
print seems fine and un-jammed
…
skipping and peeling
ey.86-02.sep-guard-cover.8h33m.50g (current)
extended brim itself from 3 to 4mm
initial layer build plate to 65
turned print speed from 50ms to 45ms
…
near-left corner peeled quite dramatic, but, print is otherwise fine and functional
is this an issue of print footprint size?
will try next print arranged to avoid this corner with more brim
brim did come away fine AND was attached when print done
ey.85 / dread pageant holder
this one is much “taller” and I concern that cover is/may need MODDING
ey.85-01.pageant-holder.23h29m.141g
brim distance from 0.25mm to 0.16mm
raised build plate temperature to 67.5 or 65 on initial layer
…
got jammed with clicks at 01:28:00
ey.85-02
same file as ey.85-01.pageant-holder.23h29m.141g
put the initial layer temp down to 60 with octoprint
… neglected to do it for later layers (at 00:50:00)
1:30:
after 01:30:00 more clicks - not clear if jammed
turned speed down to 75% and bed temp to 60
2:00:
after 02:00:00 the clicking seemed resolved, so, i turned the speed back up to 100% (let’s see what happens? plz let it be the bed temp)
2:36:
around 02:36: skipping, but, still moving … so … i turned nozzle to 200
02:54:
more skipping. still moving. back to 195c and 80%
03:12:
skipping seems resolved by slower speed
shall i just always print at 80%?
04:57:
turned up to 90% as no clicking present
06:51:
no clicks so far … is 90% the sweet spot, or, is it a case of needing a slow “2nd to later” layers?
done
it finished “well” and i’ll start the next one now
ey.84 full skelaton holder
i’m redoing the skeletons holder
this time … with card pockets!
(i should not have forgone the pockets)
ey.84-1.skele-holder-full.18h38m.107g
reusing the previous print’s settings, but, with no supports
…
as it nears completion, i notice peeling again
ey.83 / boar expeirment
mostly testing to see if the OLDHAMMER orks can sit on it
will someday do a resin print
ey.83-1.exper-ram.1h6m.4g
added normal support
brim tistance to 0.25
…
worked out pretty good.
very good.
some peeling ona hgoof, but, that’s hardly a problem - will need to upsize the goat slighly though
ey.82 / (new heater) Skaeth’s Wild Hunt Holder
replaced the whole hot-end
might have been a borked sensor before i tore the heater cable by accident
heatint seems faster … and more steady now - less jagged waves!
ey.82-01.skaeths-holder.19h41m.120g
looking at thre recomendations for my brand (and starting from 81-11)
group
item
old
new
material
plate
55
60
nozzle
185
195
keep to make stronk
wall
alt xtra wall
false
true
z seam align
back
sharpest corner
ey.82-02.skaeths-holder.19h41m.120g
i saw some peeling, so, i aborted.
it was just the brim.
i tweaked the bed temp to 65 (it’s a glass bed after all)
… the “purge line” isn’t adhereing - but - i think that the rest is … fine?
…
there’s some peeling on the more-narrow edges, so, for these holders i’m going to move the border(s) back in
…
some unsteadiness for the first few layers, but, the final print is “fine”
ey.81 / Skaeth’s Wild Hunt Holder
ey.81-1.skaeths-holder.19h47m.120g (skipped)
stuck with the 65⁄65 bed temp
…
need to change the spool before i start.
i’ll do that tomorrow.
ey.81-2.skaeths-holder.20h59m.120g (failed)
when i changed the spool i found a “fat head” so there’s that to deal with
also left a hair down the cable … idk …
the model didn’t fit in the volume, so, i shifted it … which added an hour to the print time …
…
skipping after 1:34 - but - i see no missing … maybe it’ll pass? why does it do this?
…
after another hour? half? the nozzle is a few mm above the print and the spindle hasn’t spun
the filament has fat-head and it was really long; had to clip the bowden to get it out
ey.81-3 (ey.81-1.skaeths-holder.19h47m.120g)
noted that 81-2 was ALSO too big, so, i’m using 81-1 since that was quicker in the estimates
… i … did spin up 81-2 … hope that’s not a problem. nozzle never started heating.
…
fathed heat clog
ey.81-4.skaeths-holder.19h47m.121g
reslicing with 60 bed and 195 filament and 100 initial layer flow
…
2:42:00 and there’s skipping … possibgle jam/clog
…
in a hail-mary attempt i turned the heat up to 210 and it seems … flawless … maybe …
210 end 60 bed might be the magic number … maybe … it looks fine when i awoke
…
most of print was fine, but, tore the bottom off because it was so under extruded
after 01:13:00 it’s skipping. raised temp to 215 to see if that helps … else … i’ll reslice with 210⁄60 all over
…
yeah … yeah it’s fat-headed
had to strip and clip the nozzle
ey.81-6.skaeths-holder.19h42m.120g
all layers
210⁄60
otherwise the same
… oh; no more size warnings i guess
…
it’s clogged fully
Diagnosing "fat head" jams.
I'm not sure what's happening with my printer (Ender 3, glass bed, cardboard enclosure, Eryone PLA) sometimes it works "fine" other times it's just a repeated disaster.
Every print seems to have swollen filament in the extruder afterwards.
I've changed the nozzle, but, that didn't seem to matter.
I've assumed that it was a "heat creep" issue, tried printing on a 190 lower temperature and it clogged much sooner and worse.
I turned the heat up (mid-print, to 210) and the rest of the print came out perfect.
I tried redoing the same print with 210 throughout and ... it clogged again on an early enough layer.
How do I fix an Ender3 that keeps getting PLA so thick at the tip that it gets jammed?
i’m nto sure what’s what - but - there was some tray goop past the tip … maybe that’s it?
maybe i need an all-new ptfe tube?
i have the blue tube(s) BUT the hole isn’t centered. i’ll try it (seemed fine in testing) but it has to be full length
… should also get
ey.81-7 (reprint of 81.6 with new tube)
i used an extra long tube
…
87 minutes later … it clogged.
i know that 185 melts the PLA fine … so … so I’m going to reslice the model with that
ey.81-8.skaeths-holder.19h42m.120g
nozzle is just/alwasy 185 - here’s hoping
…
something went wrong and the filament hadn’t reached the nozzle … i suspect it was from scraploading
ey.81-9 (reprint of ey.81-8)
let’s try them apples
(didn’t clear scrapload tho)
…
stuck again after 67 minutes - looks like a mushroom-head
ey.81-10
temperature at 185⁄50
… printer says “no?”
ey.81-11
temperature at 185⁄55
brim distance to 0.5
Error reported by printer
Your printer’s firmware reported an error. Due to that OctoPrint will disconnect. Reported error: Heating failed, system stopped! Heater_ID: 0 - Printer halted. kill() called!
… I think that the heater is fooked …
ey.80 / Grashraks Despoilers Holder
i built a chomp, but, decided not to use it
ey.80-1.despoilers-holder.18h58m.116g (failed)
printing with no “cleaning” or stripping … maybe the snag the other day was due to the cancel/restart?
it peeled!?!?!
ey.80-2 reprint (failed)
nozzle heat-jammed
ey.80-3.despoilers-holder.18h58m.116g (success)
reslices but with 72.5 the whole way through build plate temp
…
i think it jammes; i’m going to reslice with 65⁄65
…
it stopped jamming … goodness what a good litte gif
ey.80-4.despoilers-holder.18h58m.116g (unused)
has 65⁄65 bed temp to try and reduce heat creep
ey.79 / SEPULCHRAL_GUARD_holder
ey.79-1.sep-guard.10h21m.60g (skipped)
removed the card storage to see what that got me
won’t be an option for all the holders
… at the last minute, i decided a 9mm holder (instead of whatever) would give me some space BUT that might not be enopug so HEKKIT FULL FAT
ey.79-2.sep-guard.18h20m.106g (cancelled)
u decided i wanted the “small” one
ey.79-3.sep-guard.10h25m.59g (failed)
nozzle clog; heat creep.
i did a strip and clip.
ey.79-4
retry of ey.79-3.sep-guard.10h25m.59g
…
whole first layer was down this time
…
it worked with some flaws, but, it’s usable
under extrusion in a specific area
greebling
flawed adhesion in a few areas
ey.78 / tower spire
just the spire - due to talks with mum
ey.78-1.hag-tower-spire.67g.17h6m
???
did i ever print this?
ey.77 / third gthanatos carousel
i broke a paint carasoul, so, i’m making a new one
tightebned screws near me a notch and GENTLY waxed with glue stick
…
failed because of … ???
ey.73-5
went back to ey.72
… hey ; i should re-numvber these?
i renumbered them
ey.72.haggle-barracks-roof.17h58m.61g (success)
based on fb-feedback;
70c layer 0 bed
brin distance ot 0.1
brim width 4.5
~ 0.2mm level
hairspray
alchol cleaning
0.206? level
17h58m for roof
3d14h7m for full barracks
i’m printing the roof next
543g at start
…
i checked “midway” and … the changes seem good!
… but - i’m out of hairspray
ey.71.tower-base-supports.2d9h0m.205g (actual 211g including failure)
spool weighed 754g at start
i’ve had supports enabled this whole time … oops
i adjusted the brim to be at 0.3mm instead of 0.6mm
i really want to turn down the bed heat, but, elephants won’t matter on this print
i want a “sloped ironing” setting, but, that’s not an option
… actually; the last time i printed this i DID use ironing AND the printer had a heat clog afterwards. time/heat-creep are the issues with ironign PLA, right?
…
had a peeling failure
restarted - peeling again
i’m going to post on fb and reddit … i wonder how long it’ll take before someone says the gluestick is damaging adhesion
warm bed or cool bed for continued adhesion?
after my first few layers ... my prints peel off the Ender3 glass bed.
i'm using glue-stick, and a thick first layer; skipping either fails adhesion at the start.
later in the print (before layer 10ish) the print will peel back from the build plate.
i'm levelling with a 0.254mm spacer - i tried 0.356mm and the first layer didn't stick, and, 0.102mm and the nozzle got backed up enough for a heat-creep.
the bed is on 60 all the way through.
so ... should it be lower on later layers to avoid peeling?
…
hmm … hmm … there was more peeling on the back
ey.70.mollog-cover.12h56m.65g (actual 59g)
813g
did a backslash
leveled the bed to be buzzing on the knife-ruler
leveled before and after waxing the base
…
there was a single warped corner
the result doesn’t fit smoothly; is that because of the rotation and some dimensional inaccuracy?
result is acceptable
had 754g at end
ey.69.mollog-holder.1d2h44m.126g (actual 107g)
gonna level with the 0.254 and slather on the glue
ey.69.mollog-holder.1d2h44m.126g
ocotprint says it’s too big, but, tried it when i said “DOIT”
the results seem fine
…
some cosmetic peeling on the front-right which might be a first.
i’ll do future longbois at a “backslash” angle
813g afterwards
1000 - 80 = 920
920 - 813 = 107
ey.68.zarbags-cover.13h8m.63g (actual 80g including failures)
feels a bit wasteful to print this … but … the snapping cover should be good
it’s aboiut £1.30 of materials
…
some way through it starte clicking
i adjusted by lowering the bed. looks fine.
i turned the nozzle up to 205 and the speed up to 110%
…
late night; the printer had fully clogged.
i think that the filament has worn thin - so - the drive isn’t gripping it anymore.
i’ll strip and clean it after work - here’s hoping i don’t have to cut the “white” ptfe tube with the blue tip i put in
…
strip was fast
restarted with 0.356mm slice
failed after 3.5 / 4 hours
had nozzle gunk
…
cleaned and leveld with 0.254mm they slathered glue on
finished fine … i think … there seems to be a weird tilt thing
i stripped the nozzle, clipped the tube and re-tried
…
it failed again and i stripped the nozzle fully - no visable leakage
when i clipped the tube this time, i put about 2cm of “blue tube” in the throat such that if it gets another “heat swelling” i can try to just replace the small tube instead of continually shortening the main bowden tube
it’s been on for 15h08m and … it fine?
i used hairspray!
ey.64?.rough-stone-tile (???)
my scaling stuff keeps evapurating? maybe i’m saving/loading the wrong file?
the rest of the print finished fine, but, the one edge that peeled vexes me greatly
the ironing gave everything a flat and stupid finish; i’m not in love at all
also of note (and quite distressing) the pegs to attach the two pieces didn’t print - i’m a bit worried wither that was ironging or the printer jamming after ironing that whole top layer
AnyCubic is a brand that I recognise and was on sale when I was running out.
It still seems to be on sale … but … I’m unsure if I want to buy more of it.
It’s been an “indecipherably nicer” experince than the basic filament I consider a baseline, but, I’m not sure if that’s down to my understanding of 3D printing or any actual product quality.
I worry that the filament needed a higher temperature which led to heat-creep.
…
oh; here’s some notes that aren’t relevant anymore
first note (for me) is that i need/use portainer to manage … stuff …
i’m trying an “all in one” shaker structure - not sure about it.
saved the file as my “strong” settings.
can’t weigh the filament due to the tension in the coil messing up results.
measuring “loops” instead since it’s all i can get.
project model name
cura time
cura weight
cura length
weight at start
weight at done
aq.57.shaker-one
3h13m
12g
3.91
18 loops
—
…
it worked, but, it looks flimy as heck
i’ll go with epoxy and a saw blade
aq.56.jigsaw-blade2
just revised one
the shape is good/better/fine but i’m starting to wonder if I can/should just print the whole shaker.
aq.55.jigsaw-blade
I need a new “jigsaw attachment” for my paint shaker.
There is a blade that I will use for attachment.
I have modeled an approximation of the blade and will print it.
I expected it’ll be a “good” print for the last of the filamment.
|aq.55.jigsaw-blade|15m|2g|0.54| — | — |
The project file is in hg - unusual but this one isn’t crazy big so it seemed like a good idea.
…
The “neck” seemed too long by 2mm and the nect was too wide by 0.5mm.
The total spool weighs between 160g and 172g left - the struggle is that the tension from the coiled filament pushes down on the scale when I weigh it.
The spool itself weighs 138g so I might have enough filament left to do another one of these … especially if I “scrap load” it or “hot swap” some older lengths of material mid-print.
project model name
cura time
cura weight
cura length
aq.54.paint-carousel.tray
5h30m
23g
7.71m
aq.53.lighthouse-base-b.60
These were the final pieces of the lighthouse.
I didn’t use any supports on it, and, I kept the “scale down” at 60%.
While I do adore the results of all three pieces … I’m sad that I lost the “tilt” that was there.
When I started there was 237g of weight on the spool.
Cura thought that it was a 57g print - so that’s good as long as it works.
At some point early in the print I heard skipping - I don’t remember how many layers in I was.
I was able to “help it through” and the skipping seemed to stop - I should pull apart the hot-end and check, but, I don’t want to.
I think that I’ve developed a “fear” that anytime I take the machine apart, the next print/s will fail.
This likely stems from the fact that I only take the machine apart when it’s already failing.
This is something that I would/should overcome with CBT - but … I don’t want to deal with it.
I’ve heard the word that an “all-metal motor” can fix skipping.
The justification is that the metallic parts last longer - so must be better.
My engineer brain doubts that this is true.
The parts involved in skipping are the gears that press the filament through and the motor that spins those gears.
The motor and gears are already metal - so wouldn’t be affected by an all-metal-motor upgrade.
The all-metal upgrade would use the same motor as well.
I also reject the “what’s the harm” argument - replacing these parts would require recalibrating the machine.
I would rather not recalibrate the machine.
This should be a small tood that’s useful to have given how often i need to re-cut the bowden tube to get swollen PLA out
I’ve prepared and pre-sliced it witht eh same stats as aq.45 before uploading it to OctoPrint.
|46.tube-cutter|2h11m|8g|2.79m|428g| 420g|
kind of okay - but - will need cleanup to fit the tube as it’s quite snug
aq.45.lighthouse-1 (success)
2021-10-16
starting on 520
just doing what i was doing - retraction and all
|1d12h34m |110g |37.02m |520g |428g|
…
part way through and it sounds to be constantly skipping
i’ve raised the temperature to 210 and will try to ignore it
…
2021-10-17
it’s stopped clicking (for now) and i hope that the nozzle stays unclogged
… i keep worrying about the fact that i can’t hear it
aq.44.brazier (success)
2021-10-16
i’m trying to “get back on it” starting with this thing
I should have checked reddit before doing work on the printer today.
I stripped the hot end and “burn out” the throat and nozzle.
I also trimmed toe bowden tube as there was filament stuck in it and sludge on it.
When I did the reassembly I tried to keep the throat as far out of the heater block as I could.
I also recorded myself doing all of this - so - YouTube it?
I spent a lot of time sizing the Hagglethorn stuff and preparing to print it at 40% size.
I also tried to get them print-as-one with filled interiors.
I was unable to get a time estimate that I liked, so, I’ve switched to some “Maker’s Anvil” models.
Going forward; I intend to amass a collection of (properly shrunk) houses for future occaisions.
I also need/want to build a tool to mangle the files myself - but - need a way to do that.
OpenSCAD would be ideal, but, I kept “losing” the file(s) (somehow) and they didn’t appear in the exports.
Let’s try something with PureScript and AssImp. (somehow)
In hindsight; think that I can do what I want by;
- building the combined model in IceSL
- exporting the foot of the model on its own
- exporting the full model as well
- placing both of these on the same build plate at the same location
- performing the fill in on the foot-only model
- adding support trees ONLY to the “full” model
… also, these were some timings I recorded
scale
slice
fill
tree
time
mass
50%
21s?
yes
no
10h37m
37g
50%
120s
yes
10%
14h9m
48g
45%
120s?
yes
10%
11h9m
37g
40%
120s?
yes
10%
8h51m
29g
40%
90s
no
10%
10h2m
30g
In the end - they printed with a lot of under extrusion, nerds and stringing.
aq.41.haggle-base50.7h55m (failed)
unions?
need to union;
- Hagglethorn-Tower-Base-Supports-v1.2.stl
- Hagglethorn-Homestead-Base-v1.4.stl
i spend about an hour adjusting the model in Blender
version
weight
length
time
stock
154g
51.48m
1d20h36m
partial
193g
64.61m
2d13h43m
partial2
175g
58.79m
2d5h19m
stock - no holes
133g
44.64m
1d9h31m
the partial model is harder it seems … likely because of the weird garbage leftover.
not sure if fixering it’s worth the effort.
… and i just found the “no holes” setting which does it for me and saves ~14% material
so it looks like “no holes” is the way to go for this
the little arms came out too weak to support an elastic ring.
aq.35.blck-scrl.lttl-cottage2.50
i’m doing another of these as the model is easy and there’s some variation
806g at start
12h21m
32g
10.75m
started at 1228
…
nozzle seems properly clogged - that’s a hassle i don’t want to deal with
aq.34.blck-scrl.lttl-cottage1.50
using the scalable version, and, just scaling it down by 50%
only printing one item at a time
increased the brin distance
836g at start
34g / 11.38m in slicer
…
print will likely complete while i’m asleep
…
806g at complete
printed fine
aq.33.lighthouse.floor-2
just the old file with floor-1 and brazier
916g on spool at start
aq.33.lighthouse.floor-2
…
i don’t know what i did right, but, print is going smoothly and not skipping
might be because the model is centered?
…
post printing; i used the bed heater to make it “detach” easily
836g at finish
aq.32.lighthouse.floor-1-2-brazier (failed)
962g to start
i thought that the nozzle was clogged, but, the cable had snapped
i rearranged the pieces - they should avoid the clip holding down my build plate
… ooh; i could store these on my google drive!
reads as 204g / 68.24m
….
top end of the bowden tube became disconneced.
i’m going to try printing fewer things at once
aq.31.lighthouse.floor-1-2-brazier
i’ve unclogged the device
i’m trying again, but, i’m turning the temp to 205 and the bed to 87.5
i also scaled the brazier to be +20% instead of +10
pre-print the spool weighte 976g
204g / 68.25m
2 days 14 hours 59 minutes
….
i aborted the print after awhile, because, it wasn’t adhering great so i wanted to add pritt
re-starting on 973g
….
there’s a lot of skipping at the early layers, but, pritt fixed adhesion
(failed) aq.30-1.lighthouse.floor-1-2-brazier
just setting up “the rest” of the print
first print spagetti’ed so i raised the temp
second pprint - also spago’ed so i’m re-uploading and applying pritt
contents
usage
length
before
after
1, 2, brazier
203g
68.13m
986g
3rd try
third looked adhered
i’m hating the new filament i think
results
nozzle clogged and the filament snapped
aq.29.lighthouse.floor-3.corrected
proper-scale the lighthouse this time
not touched the bed so let’s see
should use 90g / 30.07m
print name
before
cura mass
cura length
after
lighthouse.floor-3
1150g
106g
35.43m
1065g
lighthouse.floor-3.corrected
1065g
90g
30.07m
???
days later; i think that spool was on 986g afterwards.
this suggests that the estimates are 10% “over” what they’ll be.
this is probably caused by “skipping” but it means that i can trust CURA’s estimates against the spool going forwards.
… assuming that I really got 1000g on the 1150g spool.
aq.28.lighthouse.floor-3
Change the/my EYone for a fresh AnyCubic roll.
The new roll weighs 1150g.
i’m starting with the 26 file and printing the “large base a” hagglethorn model with 10% infil but otherwise “stock”
it took over six minutes to slice
looks like it will take 236g of the roll to print!
re-slicing with 4 infill steps
232g
and i can see lots of “floating” infill lines
gonna do 25% with 5 steps
infill
steps
material
10%
2
236g
10%
4
232g
25%
5
274g
15%
0
307g
actual print
HEKK WITH THIS - i;m doing the next part of the lightouse
the lighthouse is incomplete - so - it makes sense to “finish” it
it’s 110% tall with 10% infill and 2@5 infill
aq.28.lighthouse.floor-3
octopi says 35.46m
cura says 106g / 35.43m
….
okay … but … this is oddly not fitting?
HELLL! it’s uniformed scaled - so i need to do a reprint
This was the first … “nice” filament I bought.
It’s hard to describe or define why it was nice - it was nice.
ey.27.haggle-mini-cottage
29cm by 5.4cm
5.4cm / .175 = 30.85714285714286
5.4 / .2 = 27
so … average? 28.92857142857143
there are 28.9 “strands”
each strand is … 29cm long, or 0.29m long
16.7m
there’s about 40% of a third row … ish … so maybe 19.9m?
let’s see how lighthouse floor 3 at 10% infill estimates
28g - lolnope
hagglethorn cottage scaled to 50% seems to be within budget
let’s goooo
….
i should have queded these up for sequential printing so that any failure could be ignored
ey.26.lighthouse.floor-3
i think that i’ve gone from 5 layers of filament left to 3.
i had an estimated 54 meters when i started this “lightouse” print.
i now have … 33?
i’m going to print more of the lighthouse, but, based on what’s left next decide wether to do paint carasouls.
the lighthouse floor pieces are notable different in size between 1 and 4.
stretching floor-4 by 10% (as usual) shows a usage of 22.21m.
stretching to 20% shows 23.70.
this is looking “really” tight - i think that there was some “play” in my estimates - but - i don’t know how that worked out with these calulations.
so i need my number(s) to be under 22m if I want to be “safe” with this spool.
i began experimenting with usage estimates in Cura, as shown below.
tri-hex at 15% would work, but, i don’t like that the lines are vertical only - so - i want to check ifcubic-sub-div would do it at that density
stretch
pattern
percent
usage
0%
cubic
20%
20.72
20%
cubic
20%%
23.70m
10%
cubic
20%
22.21m
10%
cubic sub div
20%
25.31m
10%
zig zag
20%
23.87m
10%
tri-hex
20%
22.16m
10%
tri-hex
15%
21.65m
10%
cubic sub div
15%
23.93m
10%
cubic
15%
21.56m
curious that “cubic” and “tri-hex” at 15% had transposed sub-meter amounts
…
after printing;
something screwed up the z-axis and compressed the very top
either z-screw or a trapped cable
there’s NOW about 2 layers of filament left
29cm circumfrence
5.4cm “wide”
ey.25.lighthouse.top-floor
let’s see how this one works - done via octoprint
…
two hours in - i wish that i’d copied it to the SD card and pritned from there somehow
… also; i really kind of want a camera.
there’s “like no” state for octoprint, so, i could probably get away with rebuilding the whole thing
…
this also printed fine
ey.24.lighthouse.roof
i’m aprehenive about starting another “large” print witht he filament level(s) i have left
i shall/will start another “tray” for my paint-carasouls
… in theory tho - i should be setting up octo-print
…
i did some napkin estimates and came up with 54 meters of filament left - not enough
first try - has a big hole where the volume penetrates the seurface. causes islands
version
overhang
cube
mass
time
stock
yes
0.5
172g
2d0h7m
cubed-v1
yes
0.5
181g
1d21h53m
culled-v1
yes
0.5
144g
1d17h33m
culled-v2
yes
0.25
145g
1d17h19m
culled-v2
yes
0.5
144g
1d16h32m
culled-v2
no
0.5
145g
1d16h45m
It looks like v1 can save about 30g and 6h30m of time - that’s promising but the shape has a flaw so I can’t use it.
I fixed the sape and cut out more areas - v2.
v2 is not much better, but, it’s actually printable.
I’d like to develop a v3 by moving/shrinking the door-cube; it’s too close to the “concave wall” since that looks like it’s getting very close for comfort.
… and overhang was on THE WHOLE DAMN TIME.
… and it’s more complicated that way … but at least i know it was good to get fixed.
i’m going to print it/this one as “stock” for this run.
i’d preffer something faster, but, this lets me (maybe) have the print ready Sunday with no more work now-now.
need to check;
- bed temp
- already fine
- base layer flow
- turned down to 90%
- overhang
- already off
Okay - but - i’m going to print the roof of the cottage (asish) first.
I’d like to do some work to cut the middle out of the cottage with OpenSCAD and give out the .scad file.
i’m tweaking the infill numbers … i’m looking at the “gradual infill” to use less infill in the bottom
used the 4mm brim and only on the outside (so the sockets will be safe?)
… oops …
ey.21-1.ps.haggle.cottage-roof
i had the overhang enabled - so i updated the previous table.
… and there was poor adhesion, and, i thought that there was some problem, but, i imagined that when i cancelled.
i also noticed that my “inital layer flow” isn’t “speed” but volume?
i’ve turned that back.
i’ve switched the bed back up to 60c as well.
…
goodness that’s skipping a lot … and i’m on the first layer?
i think that the 90% was a good idea after all AND i should have levelled with paper.
here’s hoping my baby get get throught he first layer (or two) fine.
ey.20.ps.rampage-tile-stone
I’ve upped the brim distance to 0.6, but, noticed that the Overhang option was enabled.
I’m going to print a single clip to see what’s what with the nozzle.
I’m also going to prep a single tile and I’ll do that after if the clip works.
I’m going to lower the bed to 55 (out of fear) and use spray instead of stick.
overhang
size
time
yes
15g
3h33m
no
13g
3h24m
the final print was megastuck tot he bed
ey.19.bsg-little-cottage.115.roof-v2
i gave the plate a quick wipe, and, it felt taky so i skipped glue/clean and just levelled the bed
results (attempt 1)
it adhered, but, around layer2 i realised “make overhang printable” was enabled which filled the underhang wasting material and time
results (attempt 2)
part
overhang
scale
layer
time
MASS
v2 roof
yes
115%
0.12
1 day 18 hours 35 minutes
182g
v2 roof
overhang
115%
0.12
1 day 23 hours 15 minutes
135g
looks like the overhand shouldn’t have been on … but … WtELF is with that time!?
… oh - and - the extruder was clogged.
i came back in and noticed the print had gotten stuck.
results (attempt 3)
same .stl as 2 - but - i cleaned out the hot-end and switched to a new nozzle (on 2021-08-19)
RESULT; failure.
I used a combinator of hairspray and pritt as an experiemnt in adhesion … and i think that’s what didn’t work.
I walked in to the sight of the stuff on the floor
… also; the hot end is leaking.
based on where the dross is pooling (on the top) i suspect that the leak is between the throat and the block.
reddit seems to suggest i should tighten the parts when the nozzle is empty and once
i’m now deliberating on wether i want/need a torch for cleaning
i replaced the bowden tube using … old replacement tube
i replaced the couplers using … spare couplers i already had
the razors i bought are for shaving and are smaller and floppier than i’d like
i leveled and re-glued the bed (noticing that the glue stick application seemed to “bump” the bed) and set her going
… to be continued …
It looks like one of the corners is peeling.
I don’t know if this is from too-little-glue or the curtains being drawn in the room.
I’ll keep both factors in mind when I do the next print.
… more updates …
It’s still … working.
It should be done some time on Monday.
I’m going to setup a “sequential” print of shrunken Hagglethorn stuff.
… then …
it worked!
Gif was skipping a bit durring the end - I worry that I’ll get the cover off and see a nozzle clog.
I noticed that the brim was much too close - I’ll increase it from 0.4 to 0.6 and see how that goes.
There was/is no exterior leakage on Gif - so that’s good so far.
: a deleted comment advocating thicker “layer1” was AMAZING but successive layers didn’t come out as well
; level with printer paper not recipt
contradicts earlier advice, but, the problem is still here (am applying it)
! don’t print super-hot
contradicts earlier advice, but, the problem is still here (i might ignore)
? maybe another filament?
tempting to switch from the [ey]() once it’s spent; eSun does a 3kg pack that’s cheaper per unit
! don’t use a gluestick that’s why your prints (without gluestick) aren’t sticking
again; this is contradictory
; use an car tool thing to level the bed
ahh; a precise replacement for the paper - yes
ey.15.5-25-1-move-tray
should be a movement tray, but, am using a high accuracy thing and pritt stick for my sanity
looking at previous settings;
- build plate was way up
- print speed was 45 not 50
- print temp was normal
- tree supports and brim/skirt were things
quality
time
cost
super (stock)
3 hours 2 minutes
13g
dynamic (stock)
2 hours 16 minutes
14g
standard (stock)
1 hour 47 minutes
13g
i went for Super with just 65 plate - i’ll use pritt
…
and it failed
horribly
looks like the print peeled away and the nozzle “cocooned”
experiment
I’m posting the below on FaceBook and reddit to see which one gives useful advice.
I've been trying to get back into this since ... June?
I haven't had a serious print that's adhered to the build plate ... which is unusual ...
I'm;
* levelling with a receipt
* washing with methylated spirits
* printing on glass
* putting the bed temperature at 65
* (now) using a pritt - brand glue stick\* as the hairspray wasn't working
The print peeled away from the bed during the first layer.
The nozzle isn't clogged
Anyone got any advice?
(\* yes, yes; I'm aware that using adhesives is "uncool" and I should use a glass bed instead. But. I'm doing that ... the glue stick can't hurt adhesion, right?)
ey.14
suffered from bad ahdesion and broke
[Dougnut’s Elegoo Saturn]
DN-01
Just Cirel = 2.90
supported to hell = 8.02
supported to hell2 = 10.??
auto supports 4.60
i should add all the modesl to this file, auto-support it, then send it
cirel
wren
hermes was done as a separate mini
boat
abe
hlarshi
it weorkd.
i think that 3d-resin minis are on-par with pewter.
Any links probably include affiliate ids for that sweet sweet kickback - and some programs require that I tell you.
The contents of this blog are likely unrelated - as they include games, paints, and build tools.