gaston

Je n'ai pas encode vu ce produit mais en ce qui concerne la "mauvaise" qualité de l'extrusion de ce filament je me demande si le diamètre fluctuant est peut-être voulu afin d'obtenir un effet de netoyage pulsé ? Surtout qu'une mauvaise qualité d'extrusion normalemen fluctue normalement autour du diamètre nominal pas seulement endessous. Ceci ne peut-etre le cas biensur que si la fluctuation se fait sur un longeur relativement petite.

Yes that is a great feature allowing to review previous print profiles, but I see it "only" as a workaround. But at least it is possible to do it this way, assuming the full profile is stored in the gcode file. I am a friend of clean solutions, and in that world the best would be to have it implemented in the application. So one would always have the latest profile if evere it would be changed for some reason. Also this should not require much code to be implemented as most bits are there already. - Just a suggestion Not sure if I will ever require this but, if so I will for sure remember your words So if I get this right the nozzle opening is 0.4mm, if one chooses a shell that is not a multiple of that size but larger than it it will result in one path to have to be printed in a 0.4-0.8 width which is achieved with over extruding and the overextruded material flows under the noozles flat end achieving the larger width. So the theoretical limit of this is the width of the noozles flat end (not speaking of quality here). No worries, I understood from your initial post that this could work but that it would not be th ebest choice for me to go that way if it can be avoided. P.S.: As said before, I am still waiting for my printer to arrive But I am convinced already that I did the right choice, seeing the speed and valuable information provided in this forum from the community and Ultimaker Staff. This thread could have ended in post #2 (well #3 for the "Thanks") with something like "This is probbaly a typical noob error, you forgot the initial layer thikness". No, not only got I this information with a high detail, I also got many valuable additional tips around the topic. So let me thank every poster in this thread for your valuable help, which is really appreciated ! Unfortunately this forum lacks banner smileys like "Thanks", "Great Job",... I would use them all

Wow that was quick ! Many thanks for your valuable answers. After posting th etopic yesterday I noticed I forgot to mention the Cura varsion (14.07) but could not add it as my topics still need to be approved. But version seems not to matter in this case anyway. @Mikk36 & Dirkels: You are right ! The problem is the first layer. As a newbie one may expect that I did oversee that detail, but this is not the case. But for some reason I read it, still as noob, as 0.03instead of 0.3mm. As this would have been smaller than the normal layer I did ignore it as it would only add an additional layer. Thanks to pointing me to my mistake. @gr5 Many thanks for your advice ! Regarding the layer thikness I did take the default when switching to expert mode in Cura for the time being. I was looking for a thicker layer later for the actual print as the case does not require that vertical acuracy. The strange thing is that I tried to reproduce this by deleting the current_profile.ini, now switching to expert mode comes up with 0.1mm instead of 0.06 while I am quite sure I did not modify this at any time. Also the adhesion type now is "None" while it was "raft" when I started. And this was not changed by me for sure. Possibly Cura comes with a current_profile.ini which differs from th edeafult one generated by itself. This brings me to one thing I am missing in Cura: The possibility to reset the current expert profile to any of the predefined quickprint profiles. This would allow newbies to get some quick insight into the settings if they want to (like me) and have god starting points for the first expert settings. But possibly its just me missing it, not Cura missing the feature. Regarding the shell widht you are of course also right with the noozle size impact. While I was starting from the point (probably right) that the thickness itself would not matter in this case with 100% fill, I have to admit that I would most probably have missed the importance of the noozle size for other prints. Good to know that shell thickness and object volume thickness are handled properly. I will for sure follow your advice for my first prints.

I am in progress to design a casing for an electronic device but my fist tries in the Cura slicer do not produce the expected slicing results. The casing currently has a bottom and 4 sides as well as 4 cylindrical (well not really cylinders but that does not matter for this purpose) elevations for the screws holding the PCB. The bottom and sides have been designed with 1.5mm thickness. The whole thing was build in a CAD programm, exported in STL (mm untits). When I import the casing in Cura and set the layer thickness to 0.06mm, shell thickness to 0.5 (as the default 0.8 may interfere ith the 1.5 over all structure thicknes) with fill density of 100%. The problem is that with a layer thickness of 0.06 and a case botom thickness of 1.5mm I would expect to see 25 layers (1.5/0.06=25) for the bottom. In Cura however the slicer only uses 21 layers (platform adhesion has been set to none for this measurement). If I set the adhesion to Raft again, the bottom takes 25 layers including the raft (coincidence?). So I am wondering why Cura reduces the bottom by 4 layers (0.24mm). Loading the same file in to Netfabb and slicing it renders 26 layers for the bottom so only 1 layer in excess which may be due to rounding. In both applications the STL file was just loaded and sliced, no conversion or other modification done. It looks like Cura counts adhesion layers toward the object even if no adhesion layer is selected. And even if selected this should not be counted for the bottom of th eobject thickness IMHO. But this may also be a coincidence and the problem having a different source. In many applications this may not matter but for empty structures with "thin" bottoms like casings it does. P.S.: Just to be honest, I have to admit that I am very new to 3D printing, even still waiting for my printer to arrive but having prepared myself with the topic for several months.