![]() ![]() It supports 3D preview, custom print bed sizes, and is totally free. Slic3r is one of the most popular opensource slicing program. We provide a printer profile for the Slic3r program which will set the Nano profile defaults for you. If you want to create a 3D model yourself, that can be done from FreeCAD, Meshlab, Sketchup, Blender, or many other modeling programs or apps. STL is the most common on these types of sites. Go to (or similar 3D model site) and select a model that you want to print. *This workflow FAQ is likely to change somewhat before full productionġ. The workflow depends on where you get the model and which software you use to prepare it for the Nano. *This will be a living FAQ and will be updated as we progress. We do not foresee certifications to delay our schedule. Because we are not experts in the field we are hiring an external company to help navigate all conformance and certification requirements and conformance. This is our current understanding of the certifications to date. Our 110-220v to 5v adaptor is external and has CE and UL listing It is true that our intentional radiation at 2.4GHz via the WiFi USB module will need CE, but it is a module and already has CE. ![]() We dont foresee needing CE certification because our product does not fit in a CE classification that requires CE. The Raspberry Pi is FCC, CE, RoHS, and CAN ICES-3(B) in Canada This PCB contains all of the high frequency oscillators and circuitry and is where the CE, FCC risk would have been. Our embedded linux computer is a Raspberry Pi. The Nano itself is a 5 volt system with a maximum PCB frequency of <100 Hz and we see no reason why we wont be able to meet FCC part 15. The WiFi radio is a fully packaged and tested module with its own FCC certification as well as CE, and RoHS. ![]()
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