Yes, but this is likely still assembled from components manufactured in China. So for the DIY kit it’s only pre-assembly of submodules that’s done in Czech republic (depending on how pre-assembled the kit is). If you have to assemble all components yourself, then they’ll have close to no manufacturing cost in EU.

but I don’t think my oven maintains low temperatures well enough to not melt the beads.

You must have a pretty insane oven there, because silica dioxide (which is what they’re made of) melts at 1700°C (3100°F)

You can self source a voron for that amount, and that’s without any of the benefits of large scale purchasing like Prusa has. I’m just really not impressed by the price point.

large print volume (250×220×270 mm)

Yeah that’s really not considered a large print volume anymore for consumer printers… It’s only slightly above standard of most printers these days…Hit me with minimum 300x300x300 print area and we can start calling it large build volume.

Price is still too high IMO, it should be €1050 for the assembled printer, not the DIY kit.

If you only leech and you’re not a hoarder, it really doesn’t require much. For most people there’s not really any need to store every single piece of media they’ve ever consumed or hope to consume…some day…maybe. Or setup tools to automate their uncontrollable hoarding.

I would start by disassembling the extruder and see if the motor rotates properly. If it doesn’t, then check wiring from driver to motor. if wiring is OK then it’s probably the driver that’s dead. edit it could also be a dead stepper motor, try running it from a different driver to see if it works at all.

If it does move properly when disassembled, check shaft that connects it to the gears.

Is this sudden? Has it worked before?

If it was worked but suddenly started acting like this, It could be that the shaft of the stepper is broken or otherwise not connecting properly to the extruding gears.

Could also be a dead channel on the driver or broken wire for a set of the coils in the stepper.

Dude, stop shilling corpo SoMe like a crazy person…

If you live in a high energy cost area the ROI on going SSD can be as low as 3-4 years

~$800 on two 8tb SSDs

2 x 8tb HDDs is roughly $200USD

I don’t know what kind of electricity prices you’re paying, but to hit a 3 year ROI on your SSDs, you’re paying at least $2.2USD/kWh, assuming the full 15W (232kWh/year total) consumption of the HDDs and assuming negligible power consumption from the SSDs.

Edit: average power consumption for HDDs read/write operation is usually around what you claim them to idle at, with actual idle consumption below.

Edit2: and to be fair I did take refurb HDD price. a refurb SSD is around $300 USD for 8tb, bringing the minimum power cost per kWh down to ~$1.7USD/kWh for a 3 year ROI.

It’s also the most unlikely explanation of all, that phones brought in communicated with the ones in custody to reboot them. Even if it was a security feature to reboot phones under certain conditions, which is very likely TBH graphene OS does this, the best implementation isn’t going to be relying on other phones randomly passing near by, it’s going to be self-managed by the phone that reboots.

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