While we’ve listed some complaints here, the fact is that the Aquila S2 was very capable when 3D printing objects. The user manual needs updating to include this and the company’s website needs updating to include PAHT as a supported filament. Adds a Z Offset setting to change the distance between the nozzle and the. After further investigation, it turns out the Aquila S2 firmware needs to be upgraded for it to work with temperatures up to 300C. The Snapmaker Original has settings for an older version of Cura on the. Voxelmaker would not let us slice a 3D model with a temperature higher than 250C. That’s no problem for the Aquila S2, which can handle 300C. In fact, it has to be printed at 260-280C. We can even help you find 1-85 drug abuse treatment that is in your insurance network. We were quite excited to try the PAHT material included with the shipment, as it’s a relatively unusual 3D print material with high temperature resistance. A steel nozzle would be recommended instead of brass, and anyone using the Aquila S2 for CF printing should definitely swap out the brass nozzle. The material properties make it perfect for printing molds, tools, functional prototypes, and parts for short-run manufacturing. The tiny but very rigid carbon fibers will gradually eat away at the relatively soft brass nozzle, causing the diameter to widen over time. With Ultimaker PC (polycarbonate) material, print parts that are tough, strong, and retain dimensional stability when subjected to temperatures as high as 110 ✬. One important thing we noticed was the nozzle: it’s brass! We were curious why the machine uses a brass nozzle (and there’s a spare brass nozzle too), when the Aquila S2 is to support CF filaments, which are incompatible with brass. I suspect that many novice 3D printer operators will fall into this “gap” and not find their way out. The fix may require either a firmware upgrade or a software upgrade, or perhaps both. It’s not clear what’s happening here, but it’s definitely something the folks at Voxelab should look into. Panel showing corrected z-gap amount (-0.10mm) on the Voxelab Aquila S2 3D printer
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