#filament — Public Fediverse posts

A Hot End And Material Database For 3D Printing

https://fed.brid.gy/r/https://hackaday.com/2026/08/18/a-hot-end-and-material-database-for-3d-printing/

A Hot End And Material Database For 3D Printing

https://fed.brid.gy/r/https://hackaday.com/2026/08/18/a-hot-end-and-material-database-for-3d-printing/

A Hot End And Material Database For 3D Printing

https://fed.brid.gy/r/https://hackaday.com/2026/08/18/a-hot-end-and-material-database-for-3d-printing/

I've been doing a bunch of iterative test prints today (adjusting design for the correct fit) along with printing a bunch of boring utilitarian bits for my own use. So I've been using my oldest box of filament from my stash, because (a) don't let it get too old, and (b) it's the oldest because I haven't wanted to use it for anything to date, so why not get rid of it?

This particular reel is "metallic gold" and it has an awful, fake-y gold sheen to it. It's ugly. Downright tacky.

I'm feeling very Presidential as a result.

#3DPrinting #filament #gold #USPol #goldy #tacky #TackyWorld #SprayPaint #president #MangoMussolini #TasteHesHeardOfIt #taste

I've been 3D-printing for around five and a half years. So I'm not a rookie, but I just made a #rookie #mistake.

I've spent the last couple of weeks making compartments and dividers and such for the toolboxes I take to the Repair Cafe. Lots of test #prints to check fits and footprints, full prints, changes to design based on lessons learned during use at the last cafe, etc. I've put around three kilograms of #filament through my printer in that time.

Then, in the last couple days, I started having various problems. At first they only showed up on big prints - #adhesion and #curling, which I've had before when pushing the limits of my bed size. But prints seemed to be getting #sloppier, and I had a couple of spaghetti explosions.

Tonight, I finally took the #hotend apart and looked at it closely - it's very difficult to do when the printer is fully assembled, because it's a #delta printer.

Lo and behold, the nozzle appeared worn. And that can account for all the problems.

I should have checked this sooner - but I've only been printing plain #PLA, nothing abrasive, so I didn't think of it. Lesson learned.

Pardon the shitty photo from a cheap digital magnifier. The old #nozzle #orifice is about 1.5x the diameter of the new one - so 2.25x the area. No wonder plastic was going everywhere but where it should go!

Seems to be printing *much* better with a new nozzle.

#RookieMistake #LessonLearned #3DPrinting #FDM

I've been 3D-printing for around five and a half years. So I'm not a rookie, but I just made a #rookie #mistake.

I've spent the last couple of weeks making compartments and dividers and such for the toolboxes I take to the Repair Cafe. Lots of test #prints to check fits and footprints, full prints, changes to design based on lessons learned during use at the last cafe, etc. I've put around three kilograms of #filament through my printer in that time.

Then, in the last couple days, I started having various problems. At first they only showed up on big prints - #adhesion and #curling, which I've had before when pushing the limits of my bed size. But prints seemed to be getting #sloppier, and I had a couple of spaghetti explosions.

Tonight, I finally took the #hotend apart and looked at it closely - it's very difficult to do when the printer is fully assembled, because it's a #delta printer.

Lo and behold, the nozzle appeared worn. And that can account for all the problems.

I should have checked this sooner - but I've only been printing plain #PLA, nothing abrasive, so I didn't think of it. Lesson learned.

Pardon the shitty photo from a cheap digital magnifier. The old #nozzle #orifice is about 1.5x the diameter of the new one - so 2.25x the area. No wonder plastic was going everywhere but where it should go!

Seems to be printing *much* better with a new nozzle.

#RookieMistake #LessonLearned #3DPrinting #FDM

I've been 3D-printing for around five and a half years. So I'm not a rookie, but I just made a #rookie #mistake.

I've spent the last couple of weeks making compartments and dividers and such for the toolboxes I take to the Repair Cafe. Lots of test #prints to check fits and footprints, full prints, changes to design based on lessons learned during use at the last cafe, etc. I've put around three kilograms of #filament through my printer in that time.

Then, in the last couple days, I started having various problems. At first they only showed up on big prints - #adhesion and #curling, which I've had before when pushing the limits of my bed size. But prints seemed to be getting #sloppier, and I had a couple of spaghetti explosions.

Tonight, I finally took the #hotend apart and looked at it closely - it's very difficult to do when the printer is fully assembled, because it's a #delta printer.

Lo and behold, the nozzle appeared worn. And that can account for all the problems.

I should have checked this sooner - but I've only been printing plain #PLA, nothing abrasive, so I didn't think of it. Lesson learned.

Pardon the shitty photo from a cheap digital magnifier. The old #nozzle #orifice is about 1.5x the diameter of the new one - so 2.25x the area. No wonder plastic was going everywhere but where it should go!

Seems to be printing *much* better with a new nozzle.

#RookieMistake #LessonLearned #3DPrinting #FDM

I've been 3D-printing for around five and a half years. So I'm not a rookie, but I just made a #rookie #mistake.

I've spent the last couple of weeks making compartments and dividers and such for the toolboxes I take to the Repair Cafe. Lots of test #prints to check fits and footprints, full prints, changes to design based on lessons learned during use at the last cafe, etc. I've put around three kilograms of #filament through my printer in that time.

Then, in the last couple days, I started having various problems. At first they only showed up on big prints - #adhesion and #curling, which I've had before when pushing the limits of my bed size. But prints seemed to be getting #sloppier, and I had a couple of spaghetti explosions.

Tonight, I finally took the #hotend apart and looked at it closely - it's very difficult to do when the printer is fully assembled, because it's a #delta printer.

Lo and behold, the nozzle appeared worn. And that can account for all the problems.

I should have checked this sooner - but I've only been printing plain #PLA, nothing abrasive, so I didn't think of it. Lesson learned.

Pardon the shitty photo from a cheap digital magnifier. The old #nozzle #orifice is about 1.5x the diameter of the new one - so 2.25x the area. No wonder plastic was going everywhere but where it should go!

Seems to be printing *much* better with a new nozzle.

#RookieMistake #LessonLearned #3DPrinting #FDM

I've been 3D-printing for around five and a half years. So I'm not a rookie, but I just made a #rookie #mistake.

I've spent the last couple of weeks making compartments and dividers and such for the toolboxes I take to the Repair Cafe. Lots of test #prints to check fits and footprints, full prints, changes to design based on lessons learned during use at the last cafe, etc. I've put around three kilograms of #filament through my printer in that time.

Then, in the last couple days, I started having various problems. At first they only showed up on big prints - #adhesion and #curling, which I've had before when pushing the limits of my bed size. But prints seemed to be getting #sloppier, and I had a couple of spaghetti explosions.

Tonight, I finally took the #hotend apart and looked at it closely - it's very difficult to do when the printer is fully assembled, because it's a #delta printer.

Lo and behold, the nozzle appeared worn. And that can account for all the problems.

I should have checked this sooner - but I've only been printing plain #PLA, nothing abrasive, so I didn't think of it. Lesson learned.

Pardon the shitty photo from a cheap digital magnifier. The old #nozzle #orifice is about 1.5x the diameter of the new one - so 2.25x the area. No wonder plastic was going everywhere but where it should go!

Seems to be printing *much* better with a new nozzle.

#RookieMistake #LessonLearned #3DPrinting #FDM

3D printing stuff this week.

First photo. The two elephants, printed individually, but CUTE together. On the left, Inland Green Purple Shimmer PLA. On the right is Polymaker Matte Ash Grey. Next up, the balloon dog in Inland Rainbow 2 PLA. Inland Rainbow 3 PLA for the LOVE sign.

Second photo. Filament.

Third photo: Cute as heck Easter dragons without wings.

#3DPrinting #Articulated #3DPrintedDecor #Filament #EasterDragon #Dragons #Elephants

3D printing stuff this week.

First photo. The two elephants, printed individually, but CUTE together. On the left, Inland Green Purple Shimmer PLA. On the right is Polymaker Matte Ash Grey. Next up, the balloon dog in Inland Rainbow 2 PLA. Inland Rainbow 3 PLA for the LOVE sign.

Second photo. Filament.

Third photo: Cute as heck Easter dragons without wings.

#3DPrinting #Articulated #3DPrintedDecor #Filament #EasterDragon #Dragons #Elephants

3D printing stuff this week.

First photo. The two elephants, printed individually, but CUTE together. On the left, Inland Green Purple Shimmer PLA. On the right is Polymaker Matte Ash Grey. Next up, the balloon dog in Inland Rainbow 2 PLA. Inland Rainbow 3 PLA for the LOVE sign.

Second photo. Filament.

Third photo: Cute as heck Easter dragons without wings.

#3DPrinting #Articulated #3DPrintedDecor #Filament #EasterDragon #Dragons #Elephants

3D printing stuff this week.

First photo. The two elephants, printed individually, but CUTE together. On the left, Inland Green Purple Shimmer PLA. On the right is Polymaker Matte Ash Grey. Next up, the balloon dog in Inland Rainbow 2 PLA. Inland Rainbow 3 PLA for the LOVE sign.

Second photo. Filament.

Third photo: Cute as heck Easter dragons without wings.

#3DPrinting #Articulated #3DPrintedDecor #Filament #EasterDragon #Dragons #Elephants

3D printing stuff this week.

First photo. The two elephants, printed individually, but CUTE together. On the left, Inland Green Purple Shimmer PLA. On the right is Polymaker Matte Ash Grey. Next up, the balloon dog in Inland Rainbow 2 PLA. Inland Rainbow 3 PLA for the LOVE sign.

Second photo. Filament.

Third photo: Cute as heck Easter dragons without wings.

#3DPrinting #Articulated #3DPrintedDecor #Filament #EasterDragon #Dragons #Elephants

Dave Randolph, creator of PrintedSolid has resigned from its CEO position and departed. Prusa is now taking the lead.

Dave, if you read here, thank you very much for all the great and hard work. Thank you for having trusted my project and sold many Bear frame kits. I wish you all the best for the next steps 💫

More info: https://techhub.social/@fabbaloo/116046895268921557

#printedsolid #jessie #filament #3dprinting #prusa #bear #bearupgrade @printedsolid

Bearbeitet:

Paid article: How to solve 0xFF010A03ED Nozzle Heating Error and a hidden nozzle on Ankermake M5 or M5C
#0xfe010a03ed #ankermake #filament #heating #message #nozzle #solution

https://www.fortschrittsanzeige.de/paid-how-to-solve-0xff010a03ed-nozzle-heating-error-and-a-hidden-nozzle-on-ankermake-m5-or-m5c/

Did you get the error message 0xFF010A03ED Nozzle Heating Error on Ankermake M5 or M5C?

Bearbeitet:

How to solve 0xFF010A03ED Nozzle Heating Error and a hidden nozzle on Ankermake or eufyMake M5 or M5C?
#0xfe010a03ed #ankermake #filament #heating #message #nozzle #solution

https://www.fortschrittsanzeige.de/how-to-solve-0xff010a03ed-nozzle-heating-error-and-a-hidden-nozzle-on-ankermake-m5-or-m5c/

Did you get the error message 0xFF010A03ED Nozzle Heating Error on Ankermake or eufyMake r

#AIP:
"
.. seltenes, hochauflösendes Bild einer Sonnenfleckengruppe, in der sich zwei starke Sonneneruptionen der Klasse X ereigneten, ist Wissenschaftlerinnen und Wissenschaftlern kürzlich gelungen – eine Beobachtung, die von der Erde aus nur selten möglich ist. Mit dem GREGOR-Sonnenteleskop auf Teneriffa ..
"

https://www.aip.de/de/news/rare-observations-solar-active-region/

27.11.2025

#Astrophysik #Filament #Flare #GREGOR #Magnetfeld #NOAA14274 #Sonne #Sonneneruptionen #Sonnenfleck #Sonnenphysik #Sonnenteleskop #Teneriffa

I wish there was something like Filament PHP but using Inertia.

Currently using Nuxt UI v4, and while it slaps, I'm kind of tired of so much plumbing for things that Filament PHP offers you out-of-the-box.

Yeah, I'm sill recommending Filament PHP.

#Programming #PHP #Laravel #Filament #FilamentPHP #InertiaJS #Inertia #JavaScript #Frontend #SoftwareDevelopment #WebDevelopment #WebDev #Vue #Vue3 #NuxtUI #Nuxt

Making calcium lactate, precursor to #PLA from sourkraut and egg shells.

#solarpunk #3dprinting #filament #LocallySourced

Wir haben mit #3ddruck selbstgemachte #Stempel und wir bringen sie mit zum #37C3 ! Zudem wird es viele andere tolle Dinge an unserem #Assembly geben und wir sind nun in den letzten Zügen der Planung. Bleibt gespannt!

#making #maker #diy #prints #filament

Full disk solar image from a week ago.

Was a spectacular clear day but somewhat compromised by smoke from north western Canada (I'm on the far east coast!).

Some #prominences are faintly visible. My solar processing still needs work :=)

#Autostakkert, #IMPPG and #GIMP for processing and colourization. 70% of 1000 frames stacked.

#Solar #Filament

So, I felt I needed a #coaster for my #desk, but I wanted to stay true to the #hobby!

I printed this on a #creality #CR6SE. 0.4mm nozzle for both pieces with Creality #ABS.

I wanted a red filament that is a bit more of a candy or apple red, and this came out more of a peach color. Currently, I am not sure why because the actual #filament on the roll is more red. So it might be my temperature of 250°C that I am printing at. I will experiment with lower temps to see if the color is affected.

I am able to print ABS easily because I have a 60°C heated #enclosure.

[Printables - Coaster printing in progreas](https://www.printables.com/model/231240-coaster-printing-in-progress)

@3dprinting #3dprint #3dprinter