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Was in the presence of quad goodness so I felt obligated to post here


G+_Mark Messiha
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Was in the presence of quad goodness so I felt obligated to post here. A cheaply 3d printed motor mount (not sure if that's the technical term) took a crap on it. Got to watch it through the pictured head mounted VR thingy. All this stuff belongs to my brother-in-law so I have no idea what's going on.

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somewhat off topic......but 3D printing is NOT strong, typically.  Layer separation is common, and print direction are KEY to a good part vs a 'working' part.  (looks like 25% infill, what I typically use.  Bumping that up to 80% won't give you even a linear increase in strength.)

 

The cohesion between layers is lacking; significantly.

Of course making a structurally sound part vs 'print-ability' (ability to actually print it, lowering support material, etc) all factor in and are a compromise.

 

BUT  this is the fun and 'hacking' aspect of 3D printing.

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Yup.  Kind of.  You will gain more strength, but its not linear.  Add 10% infill != 10% more strength.  (probably closer to 5-7% increase.) The most strength is perpendicular to the layers.  Think about the forces the part will go through and make sure the layers are 90^ out.

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