The study of the FDM technology of 3D printing with the use of materials for production tooling

The study of the FDM technology of 3D printing with the use of materials for production tooling

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The paper presents a comprehensive study of the surfaces of plastic samples (90% polysulfone (PSU) + 10% polycarbonate (PC)) modified bempresas.com with the help of an ultrasonic resonator to reduce friction in contact between the material of aluminum skins and a covering puncheon.Comparative 6-0 igora vibrance characteristics of surfaces have been obtained, such as: microhardness, coefficient of friction and wear resistance in contact with wrought aluminum alloy D16T.