Modern methods of additive manufacturing of three-dimensional objects based on the fugo type printer

Modern methods of additive manufacturing of three-dimensional objects (such asstereolithography, 3D printing, etc.) allow for the production of high-quality products withgreat precision, but these methods have significant limitations and drawbacks. Currently,there is a need for a system and method that provides 3D printing with improved partquality and increased printing speed. Such a system is a centrifuge-based 3D printer, whichcan significantly speed up the printing of complex parts, improve their quality, and expandtheir applications. The basis of future research is the transformation of 3D model data intoa sequential set of layers for printing on a cylindrical printer, which is interpreted as a setof instructions for the printer executed using the internal software that controls the maincomponents of the Fugo-type printer (a new centrifuge-based printer).