I tried printing a disk with the bed at 70c and it looks better. Going to try with it even higher. This sheet has a +0.350 z offset compared to my normal PEI sheet, so that might contribute to low heat conduction.
I tried printing a disk with the bed at 70c and it looks better. Going to try with it even higher. This sheet has a +0.350 z offset compared to my normal PEI sheet, so that might contribute to low heat conduction.
It was out of mind until I got this new build plate with a fancy texture that I want to imprint on my prints.
This is PLA, I can’t get PETG to stick to the “PEO” bed plate.
Thanks, now I’m hungry
I tried adjusting the z offset to raise the nozzle, but it didn’t help.
My bl-touch mount broke so I’ve been doing manual bed leveling for a while. I just finished printing a 185x185mm part (half of a dactyl keyboard) and the first layer looked great from the top.
Edit: I also deleted the old bed mesh from my klipper config when the bl-touch broke
40/200 looks the same as 60/220. I can try 60/210 but I don’t think it will be any different.
It’s hot - 60 bed, 220 nozzle. I’ll try 40/200
Layer adhesion is great.
No, this pattern isn’t coming from the bed. The bed actually has a polygon pattern that I’m trying to get the plastic to pick up. Sellers on Amazon/ebay/Ali are calling it PEO, but it’s really just PEI with a fine texture that diffracts light. The pattern from the bed comes through really well on the perimeter of anything I print, but not the center.
I forgot to mention, but I also played with the extrusion multiplier (both directions) and it didn’t make a difference. I’ve also gone through the klipper docs and TeachingTech’s calibration guide, the printer is fairly well calibrated at this point.
If you need to replace a cheap nozzle after each medium-sized print with abrasive filament, then I’m thinking print quality will suffer towards the end of a larger print (like >250g, but definitely >1kg). Not having to replace nozzles mid-print makes the $70 nozzle seem like a better deal. Depending on what you print and how much you print, of course.
It’s a lot faster to stick an existing web ui into an electron app than make a true native app.
Depending on how the contract was written, running a clamav scan periodically may have been sufficient.
Since this lawsuit only represents Texas, does it make it easier for people in other states to sue them for the same thing?
There aren’t any alternatives that follow the RPi’s original mission, they’re all for-profit. And I’m not sure you’ll find a more affordable board than the $15 Pi Zero 2.
Not their supply chain, everyone else’s.
I’m not sure I fully understood, but it sounds like you have several concerns with their competition? And those concerns are around asking people to design things that are potentially unsafe, giving bad advice for selecting materials, and awarding prize money to submissions by Prusa employees?
They are fundamentally different types of vehicles. But putting that aside, if you want to compare the largest payload that each vehicle can transport you wouldn’t just use the pickup truck’s GVWR, you would also include it’s towing capacity. There’s a reason 90% of the time people use a pickup to haul something, they’re towing.
This is why we can directly compare the two vehicles payload capacity.
No, comparing a zeppelin with a pickup will never be a direct comparison.
You’re comparing a pickup truck to a zeppelin, there’s no way to make that apples to apples. If someone needs to move something big with a truck they’re probably going to tow it, not try to load it into the bed.
To be fair, “merging with” doesn’t specify which one will be managing the other. Unlike “merging into”…