Ender 3 Insulated Bed Upgrade & Cost Savings
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- เผยแพร่เมื่อ 12 ม.ค. 2023
- Join me in this adventure as we get to the bottom of exactly how much insulating your bed helps your printing efficiency and how much cost it really saves!
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The main concern people should rise is the material insulation is made from. Because melt point of polyethylene insulation (you seems to be using one) is not that much higher than 100C. And other insulation materials extruded polystyrene can emit harmful gases even at lower temperatures. Glue can emit chemicals as well. Need to be careful with all that stuff.
This is much more relevant for folks trying to print on solar+battery storage. I think for my mobile setup this is a great addition to increase runtime. Might add a strip of insulation around the perimeter where the aluminum is exposed as well. Every little thing helps.
Thanks for the video. I live off the grid and frequently run prints over night so saving a little bit of power is always a good thing especially when you have weeks of overcast weather and power generation is minimal. I went straight to purchase one after seeing the data 😎
Nice story! Glad to hear it 😃
Excellent video man
Thanks I appreciate it!
Good to see that I will save the energy it cost watching this vid when I would run the printer for a month with insulation! 😊
Yea almost free efficiency improvement 👍
Wow that's good work! I was expecting a little more than that, but that means you're losing at least 10% of the heat elsewhere. Been planning to put insulation sheets under it next time the bed is opened up. My goal is to improve temperature regulation on the topside and reduce heating time.
yea unfortunately the heating time didn't reduce much which makes sense. I suppose if you really wanted it to heat faster you'd need a bed heater with more power.
Great job with this! Thanks for testing multiple insulation products. I'm less worried about cost, but more worried about time to heat a large bed (CR-10) in a colder environment... and keeping that bed warm seems to be an issue. Hopefully insulation will help!
You can definitely save some heating time with this insulation and especially if you’re printing with ABS or anything with a higher bed temperature
Is there a link to the temperature logger that you made?
WARNING: That foam will melt slowly overtime and will become a black goo stucked under your bed. Ask how I know that 😅
Uh oh lol
Nice...! I have just received my "pro" style adhesive foam and will install it, as I was hoping to save a bit more than that... Anyway, let's go save the planet! :-))
yea, pretty good savings I thought for a simple piece of foam! I'm surprised manufactures don't supply this from the beginning. I suppose it's cost that most people don't value in the low end printer market.
@@DesktopInventions Absolutely... Since over here in Germany, we are at about 40ct/kWh (for private use), the cost for 3D printing is not just about printer and filament prices! - Thanks again for addressing this aspect!
Thanks I’ve been wondering if this upgrade is actually worthy of doing. Did you notice any difference in initial layer quality?
personally no, I did not notice a difference in quality. If you have a larger print bed that doesn't have a uniform surface temperature it might make a difference.
Ok now a printing tent as another data point with the insulation for vpower savings
yes that should be on my future to-do list along with an enclosure video!
I literally call it the bed diaper. 😂
It also heats up faster.
Yea have a nice graph of that at 8:55 !
@@DesktopInventionswow, i have 350w power supply on my ender 3 and it heats up to 100c in about 5 minutes maybe. Not 30sec
I know they used to use card board. I wonder how that would stack up against the pro sheet.
It's probably more effective than nothing, but less than the foam would be my guess. It would be a little concerning, since cardboard is flammable
@@DesktopInventions Just googled "at what temperature does cardboard ignite" and it says that it ignites at 258°C. I know were the concerns come from but it should be quite safe. If you print bed is reaching 258°C you might have bigger problems.
yea mainly just the risk if there ever was an electrical short somewhere on the bed. Definitely outside the category of what should be normal operations.
@@mrnlce7939 Correct data. However, try to put a sheet of cardboard/paper in your oven (at baking temperature around 200°C)! It will soon smell terribly and turn dark, long before igniting...
@@timokaiser Still if your bed is reaching 200 you have larger concerns. Also it could act as an early warning system that something is going wrong.
Would this add a fire risk?
It's recommended to test the foam before installing it. You can light a corner of it with a lighter (in a safe place) and see if the flame spreads across the foam or it self-extinguishes. Not all foam materials are made equal, the free foam from my 3D printer box passed this test.
What was the thickness of the insulation foam?
The free foam was 14mm, cut down to 9.5mm at the rear. and the purchased foam sheet was 8.5mm.
@@DesktopInventions Thanks for the reply. This helps a lot.
Honestly over a lifetime you could save nearly ten bucks!
Daaang 14c/kw. Here in Australia I'm paying 44c/kw :(
I just took the average value of the US. Wow that's expensive! I thought with all the solar power it would be cheaper there.
@@DesktopInventions My house has solar panels on the roof, so that helps immensely but yes, it is expensive here...I need to find some foam and insulate my bed!! Stupid me, threw away all the packaging