Sovol via Amazon has
Sovol 3D Printer Filament Dryer (SV-SH01-1) on sale for
$38.97.
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Product Description:- Can remove excess moisture, keep your filament dry and bring you better prints. The surface of prints will be smoother, the layer adhesion increased
- Displays the humidity and temperature in the dry box in real time
- Sovol dryer box can store 2 filament rolls with a width of less than 70 mm or 1 filament roll with a width of less than 150 mm
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If your area is relatively dry, and you only print PLA, maybe you don't need one.
Add in PETG, and lots of times a spool will arrive so wet even in the sealed packaging that it can't be used without 10+ hours in a dryer.
Don't even attempt printing with Nylon without a dryer.
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If your area is relatively dry, and you only print PLA, maybe you don't need one.
Add in PETG, and lots of times a spool will arrive so wet even in the sealed packaging that it can't be used without 10+ hours in a dryer.
Don't even attempt printing with Nylon without a dryer.
Our community has rated this post as helpful. If you agree, why not thank ibak
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In general, regardless of the dryer equipment in question, I'd argue that prevention is better than a cure, so I'd always recommend storing filament in a dry box with desiccants to try to avoid filament getting wet in the first place. My filament dryers are pretty much only used when I get a brand new spool of PETG that's wet, or in the rare instances I really want to print something in Nylon (and my dry boxes are still no match for keeping nylon dry).
In general, regardless of the dryer equipment in question, I'd argue that prevention is better than a cure, so I'd always recommend storing filament in a dry box with desiccants to try to avoid filament getting wet in the first place. My filament dryers are pretty much only used when I get a brand new spool of PETG that's wet, or in the rare instances I really want to print something in Nylon (and my dry boxes are still no match for keeping nylon dry).
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That's not correct; PLA absolutely absorbs moisture.
Ref: https://www.3dsourced.c
Clues are rough surfaces from rolls of PLA that are already dialed in; and the if you twist and bend the end of the PLA filament it snaps rather than bends since it is brittle. Another tell tale is a crackling sound as the filament pushes through the hot end. If you open one roll of PLA and keep printing until its gone then it likely doesn't sit around long enough to absorb enough to matter. Central AC also helps a lot. Don't buy something to solve a problem you don't have.
I typically have 6-12 open rolls of PLA and PETG sometimes in odd colors. After 3-4 months the filament gets brittle and sometimes will break between the extruder and the roll: it's wet. The dryer works not just by warming it up but by getting as close as possible to the glass transition temperature; that is difficult if not impossible in a kitchen oven or just on the printer bed without either doing very little or softening the side closer to the heating element.
A dryer box or a food dehydrator can do a good job. Both need a circulating fan and a good temp control to work efficiently. This one has both but it seems it might not be hot enough for anything but PLA. (PETG wants 60-65c or higher.)
Good luck!
Yeah, for PA I use a converted dehydrator that goes to 70C on the air temperature. My PAHT-CF is wonderful for strong, rigid parts but even storing it in sealed plastic in a 20% RH dry box is insufficient to actually keep it dry enough for good printing.
I have one of these types of dryers (single spool, no fan) and it's mostly useless, mainly because it doesn't keep the spool dry. It will dry a troublesome spool of PETg, but the timer means it can't run for more than 12 hours, so it's not like I can start a multi-day print and ensure that the filament will be perfect the whole time (esp if it's rainy and cold). This Sovol box also looks like it's chained to a timer limit, otherwise I might consider three of them to feed my new XL.
Now if I stored my filament in here during the rainy days I may not have to dry it to begin with though...but if you find yourself having to dry often, I would hit up some yardsales and get somethng that can make jerky.
I have one of these types of dryers (single spool, no fan) and it's mostly useless, mainly because it doesn't keep the spool dry. It will dry a troublesome spool of PETg, but the timer means it can't run for more than 12 hours, so it's not like I can start a multi-day print and ensure that the filament will be perfect the whole time (esp if it's rainy and cold). This Sovol box also looks like it's chained to a timer limit, otherwise I might consider three of them to feed my new XL.
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Ref: https://www.3dsourced.c
Clues are rough surfaces from rolls of PLA that are already dialed in; and the if you twist and bend the end of the PLA filament it snaps rather than bends since it is brittle. Another tell tale is a crackling sound as the filament pushes through the hot end. If you open one roll of PLA and keep printing until its gone then it likely doesn't sit around long enough to absorb enough to matter. Central AC also helps a lot. Don't buy something to solve a problem you don't have.
I typically have 6-12 open rolls of PLA and PETG sometimes in odd colors. After 3-4 months the filament gets brittle and sometimes will break between the extruder and the roll: it's wet. The dryer works not just by warming it up but by getting as close as possible to the glass transition temperature; that is difficult if not impossible in a kitchen oven or just on the printer bed without either doing very little or softening the side closer to the heating element.
A dryer box or a food dehydrator can do a good job. Both need a circulating fan and a good temp control to work efficiently. This one has both but it seems it might not be hot enough for anything but PLA. (PETG wants 60-65c or higher.)
Good luck!
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