1:57 "It will print... this kind of shield around the model, which will keep all the heat inside" Yes, heat, famously always moving down and settling in containers... It's called a *draft* shield, ffs, it's for keeping moving air from emphasising the issue of uneven cooling, not for violating the laws of thermodynamics.
Thanks. I will try!
Thanks for this production, it helps me greatly. 🙂
ALWAYS protect the bed with glue or any adhesive when printing everything from PETG to ABS. It's a Pain in the ass to resurface the bed.
Yeah.. that’s correct!
@@Max3DDesign Or you can get a microporous coatings glass surfess for 20$, whenever the bed cools down the model is detacched with zero efforts!!!
@@remy44444 Is it necessary to clean the bed afterwards?
@@nachgebaut4176 It came easily without any mess after bed cool down to 30c.
I clean with water every week but because dust gather up.
just flip bed and use other side for ABS glue
So talented 💖
Nice print!!!! May i ask. What is your fan speed? Did you use it for printing supports?
Hi, fan speed at @ 0
@@Max3DDesigni see thanksss!!!
🤔 if you put brim big enough you can make molding form 💡
I must try 👍
Doesn’t the draft shield need it’s own draft shield? .. sweet prints.
Thanks, the more shield the better I guess 😵💫
1:57 "It will print... this kind of shield around the model, which will keep all the heat inside" Yes, heat, famously always moving down and settling in containers... It's called a *draft* shield, ffs, it's for keeping moving air from emphasising the issue of uneven cooling, not for violating the laws of thermodynamics.
Nothing can be better than enclosure!
Wow someone didn't have his morning coffee that day