![]() Next I decided to try printing the Torture Toaster by Clockspring3D. One of the features that I would have liked to see is the ability to snap the rotation to 45 degree increments, but it does allow you to type in the angle, so that isn’t a big concern. Another feature that I am happy to see is that it will handle plenty of different model formats by default, including 3MF files. One feature I liked is that it allows you to position the model down to your build platform, though this behavior isn’t automatic. Once you play around with the software, you’ll realize it has plenty of features to slice your model to your liking. #S2 controller editor software#One of the main advantages of using this software is that it already has all of the settings for the Voxelab lines of printers, so there isn’t really any setup to do to get going. ![]() It is a fairly straightforward piece of software and has a simple interface, but also hides many features that you would expect in a more mainstream slicer. I also had an opportunity to use the other piece of software that came with the 3D printer, VoxelMaker. #S2 controller editor manual#For the purposes of the review we will be using the manual bed leveling to keep the experience as close to out of the box as possible. This is most likely if you plan on purchasing an automatic bed leveling sensor and installing it on the printer yourself. This printer features a manual bed leveling system out of the box, but Voxelab claims that automatic bed leveling is supported. Leveling the Build Platform on the Voxelab Aquila S2 This helped with getting everything to be square and lined up. While assembling, I opted to keep several of the screws loose and at the end, I went through and tightened up everything. Fortunately there are enough unique looking pieces that following along is pretty simple. The trickiest part of the assembly was the X-Axis because the directions have you flip it in various orientations while the belt is loose and woven through various slots, which can be a bit confusing if you’re not paying attention. The screws came sorted in plastic, so everything was very easy to find. The bottom build platform is already assembled, so it was more a matter of going step-by-step and attaching the various pieces of extrusion in the correct order. ![]() There were a few extra screws included in case anything was missing. ![]() Fortunately, there are many products that you can apply to the surface to assist with adhesion, or if you’re feeling brave, you could just use some steel wool to scuff up the surface a bit.įor ports and slots, this printer has a single microSD card slot for printing away from a computer as well as a micro USB cable port for connecting it directly to a computer.Īssembly of the printer is fairly straightforward and I found the manual to be well written. I tried using this and found it was having more difficulty adhering to the surface without any assistance. The build plate comes installed with the textured side up, but there is also a smooth side on the bottom that can be used for a smoother finish on your prints. The texture of this build plate is similar to that of the Ultistik line of build plates, which I have found to work very well. This is a part which I normally replace on printers that don’t come with them, as I consider it essential to good printing. One of the things I am really happy to see on this printer is the addition of a flexible magnetic build plate. For the higher temperature filaments such as nylon, this also means it has a shorter path in which to pick up moisture from the air. It also has the advantage of reducing stringing among prints because retraction works better. The advantage to having a direct drive motor is that there is a much shorter path between the heating element and the extruder motor, which is necessary for certain filaments such as NinjaFlex or other TPU filaments due to their flimsiness. The printer has a direct drive extruder in a sleek vertical package. However, I have given this feedback to Voxelab and they will fix this issue by including a sock with the Aquila S2 in the near future. Unfortunately, this also meant I was unable to fit a standard silicon sock onto the nozzle and would have helped prevent the nozzle blob I experienced during one of the printing tests I performed. One of the ways that this is accomplished is the larger than standard sized aluminum nozzle block, allowing it to keep the hotend at a consistent heat easily. ![]() This printer is able to handle higher temperature filaments. ![]()
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