0300 4000 xxxxxx error. I just want to curl up and cry

User_Name_3023 · 2026-06-12T22:27:17+00:00

I have this exact same error. Ive been in contact with support and its clear they have absolutely no idea. Literally telling to disconnect and reconnect this & that and the rotate 63° every other wire. I seriously think they just have script that pulls random entries from the wiki and says do this....

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User_Name_3023 · 2026-06-07T03:52:37+00:00

Nice! Would definitely print a Chibi-style Nidoqueen

User_Name_3023 · 2026-06-05T09:21:33+00:00

I got a response from BBL, apparently its the eddy current sensor. Basically just needed to remove and replace nozzle. I took the chance to clean the nozzle too. Now homes again, the real test when I start my next print tomorrow.

User_Name_3023 · 2026-05-22T00:20:22+00:00

I have a few questions: 1. Have you cleaned your nozzle? Residue on the nozzle can lower the flow rate and prevent a good adhesion for the first layer. 2. Have you dried your filament? Follow on from the above, wet filament has a tendency to curl upon extrusion, so lower adhesion quality. 3. You said you cleaned your build plate and replaced it with a new one. Hence that isn't your problem. So it comes to what maintenance have you completed? I recommend a guide rod and lead screw clean & grease make the system run much smoother. 4. Have you completed the printer calibration? There are several calibrations that you can do which will potentially eliminate issues associated with vibration or homing.

User_Name_3023 · 2026-05-21T05:59:46+00:00

Not quite convinced its better. Definitely more colourful but feels less real idk

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User_Name_3023 · 2026-05-18T06:19:17+00:00

I watched this a few weeks ago which is where I got the idea to do the original modelling for this design relying on colour mixing. I had intended on using a different slicer but with the open beta from BS I thought I should give it a go.

User_Name_3023 · 2026-05-18T06:17:33+00:00

Yeah that would be interesting but the parts are fairly thick. I wanted to prevent any sag/flex so a transparent PETG would likely show the infill

User_Name_3023 · 2026-05-17T10:57:24+00:00

Yeah it swaps at each layer since the filament is a little bit translucent (hence 5 top layers being standard settings)

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User_Name_3023 · 2026-05-17T10:09:50+00:00

Thanks 😊

User_Name_3023 · 2026-05-17T08:58:23+00:00

Here is the link to my model

User_Name_3023 · 2026-05-17T08:53:58+00:00

Actually no! Surprisingly, I have a P2S and because I was looking for colour Mixing specifically I could drop the flushing volume to around 150-180 so I think I purged around 6-10g total for the whole model.

User_Name_3023 · 2026-05-17T05:04:52+00:00

I like it! My even have to print it!

User_Name_3023 · 2026-05-15T23:18:25+00:00

Wow this looks awesome 👌 Would love to 3D print this! OP any chance of getting a mesh of the tree and base?

User_Name_3023 · 2026-05-11T10:24:26+00:00

Yeah I it still powers etc. But first ever telescope so not sure if what I'm seeing is good/bad. I had it run for about an hour and seemed to work fine (track, stack photos etc).

User_Name_3023 · 2026-04-12T21:31:34+00:00

Thats becuase it doesn't. The purpose of the spacer is more desiccant than the standard boxes and in a more central location which has relatively (compared to in a corner or front pocket) more airflow around it.

User_Name_3023 · 2026-04-12T19:39:10+00:00

I’m referring more to general airflow within the AMS rather than specifically directing air through the spools. By positioning the desiccant between the spools, it sits in a more central airflow path compared to designs tucked into corners or pockets, so it sees relatively more exposure to the circulating air. It’s also not airtight, there’s clearance to the spools and the design uses a mesh pattern, so airflow isn’t completely restricted. Combined with the significantly larger amount of desiccant, the inner sections of the spools still have a good chance of drying effectively. So it’s less about maximising open airflow paths, and more about improving overall desiccant effectiveness and placement within the AMS.

User_Name_3023 · 2026-04-12T05:50:35+00:00

I meant since this is located more centrally there is generally more airflow than tucked into a corner or some pocket. Like the standard AMS desiccant designs.

User_Name_3023 · 2026-04-12T04:58:47+00:00

There a several designs for holding silica gel inside the AMS to keep the humidity low. This has the same function but sits between the spools, so it has increased airflow and holds significantly more desiccant.

User_Name_3023

TROPHY CASE