![]() Yes, the vase will have a slightly thicker wall, but the print time will be almost the same. Because the nozzle has to go through exactly the same sequence of moves, independent of diameter. There’s a catch, though: if you keep the same layer height to print something with just one perimeter, like a vase, you won’t notice any improvement in speed. Combining these two effects leads to a noticeably shorter print time. A nozzle with a larger diameter also allows for printing with increased layer height. STL download link – Chibi Grim by Tanya WiesnerĪ larger-diameter nozzle lays down wider perimeters, which means that it uses fewer perimeters than a smaller-diameter nozzle to print a wall of the same thickness. So it’s quite puzzling how overlooked large-diameter nozzle printing is, despite the fact that it can lead to a dramatic improvement of the printing speed. Even a print that is just a few inches tall can take several hours to complete. Print up to 4 times faster!ģD printing is not exactly a fast process. There will be little to no difference in the end result, plus the printing time will be unnecessarily long. On the other hand, it makes little sense to print rectangular-shaped objects with very low layer height. The lower you set the layer height, the better the overall result. You have a much greater chance of seeing individual layers on organic-looking objects. Contrary to that, the layer height affects the level of detail on vertical and slanted sides of an object. What does this mean? With a smaller nozzle, you will be able to print a more detailed text – assuming it’s placed on the top side of the printed object. The nozzle diameter affects the overall level of detail almost exclusively in the horizontal plane (parallel to the print surface). Tweaking their settings separately will bring completely different results. However, with a 0.6mm nozzle, it’s possible to achieve up to a 0.48 mm layer height.Īpart from these limitations, the two parameters are independent of each other. If you are using the standard 0.4mm nozzle, the maximal layer height is about 0.32 mm. Layer height should not exceed 80 % of the nozzle diameter. But first, we need to clarify something users often get wrong – the correlation between layer height and nozzle diameter. In our article, we will demonstrate the benefits of smaller and larger nozzles in real situations. Let’s look at how changing the nozzle can improve your experience.Ī smaller nozzle is great for detailed (but slower) prints, while larger nozzles print faster, but the quality suffers – or does it? In reality, it’s a bit more complicated. According to our survey, only approximately 20 % of users tried replacing their printer’s nozzle at some point, which is quite a low number. Changing the nozzle takes just a few minutes and it can bring a number of benefits. The default nozzle diameter for most of today’s printers is 0.4 mm, and the nozzles used in Original Prusa i3 MK3S+ and the MINI printers are no exception.
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