That's pretty interesting. Good Post.
That's pretty interesting. Good Post.
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From the post:
>If you want smooth top surfaces on your 3D printed parts, a common technique is to turn on ironing in your slicer. This causes the head to drag through the top of the part, emitting a small amount of plastic to smooth the surface. [Make Wonderful Things] asserts that you don’t need to do this time-consuming step. Instead, he proposes using statistical analysis to identify the optimal settings to place the top layer correctly the first time, as shown in the video below.
Archive (broken)
From the post:
>>If you want smooth top surfaces on your 3D printed parts, a common technique is to turn on ironing in your slicer. This causes the head to drag through the top of the part, emitting a small amount of plastic to smooth the surface. [Make Wonderful Things] asserts that you don’t need to do this time-consuming step. Instead, he proposes using statistical analysis to identify the optimal settings to place the top layer correctly the first time, as shown in the video below.
Use statistical analysis to identify the optimal settings of Wife.
Use statistical analysis to identify the optimal settings of Wife.
But how am I supposed to get the wrinkles out of my 3D printed dress shirts if I stop ironing them?
But how am I supposed to get the wrinkles out of my 3D printed dress shirts if I stop ironing them?