I’m very fond of the 3D-cases, but unfortunately, my case broke at the first drop (about half a meter onto wooden floor)… So while I’m happy that the case broke and not the phone I don’t want to spend a new case every time the phone falls. Do you know whether there’s a possibility to use a material which is more flexible for the 3D cases?
A friend of mine had nearly the same experience. I think somewhere on the forum someone suggested “Colorfabb XT” polyester for printing. Stefan’s link is also helpful. Also have a look at the Shapeways website, the cases there look half-flexible as well.
Hi, I just wanted to share that I got a 3d-printed case in FlexPLA which is a little bit softer than the original 3d-printed case. My first 3d-printed case cracked after a few drops (small children, a cat and me in the house ;-)).
I loved the idea of a flexible 3d-printed case as brought up here and in the other thread (linked above). On the 3D Hubs-website I found some encouraging posts. Unfortunately, the hubs in my neighborhood were hesitant to print a flexible case because it seems to be a tricky shape for that material. Finally, I got the case from Eddie who had reported good results for about the same price as the original case.
At first, I was a little bit disappointed that the case is not very much softer than the original one. Now however, I like the feel of it a lot. It is less slippery than the first one and I expect it to absorb shocks better. It hasn’t gone through tough tests yet, though…
I hope this helps someone.
Nylon is that there is almost no de-lamination. The bonding of thread-to-thread is comparatively higher than with ABS or PLA, despite the parts being subject to splitting at right angle transitions…Nylon 645 is a nylon 6/9, or a variant of nylon 6 and nylon 6T with a crystallinity optimization process. This provides a high degree of transparency. The transparency permits the commercial internal control teams to guage written components while not harmful analysis.They can easily look through the perimeters and make a determination as to the adhesion of inner fills.
Nylon 645 Specification
Tensile Strength : 36MPa
Elongation at Break : 186%
Standard Tolerance : ± 0.01 mm
Layer thickness/height = .2mm maximum for best resolution
Melt temperature = 194C
Opacity : 65%
DENSITY G/CM3, 21.5°C 1.08
Color : Natural
Pyrolysis Termal Degradation : 340C
Shrinkage- in/in : 0.0062