Additive technologies used in the modem Navy for the manufacture of spare parts, make it possible to achieve significant results in the optimization of the operation and repair of marine equipment. Now on 3D-printers small details, prototypes are printed, repair of details is carried out. The defective part can be printed directly on Board the ship, which reduces the logistics chain, reduces costs and repair time. The article describes a stabilized two-axis platform for a 3D printer based on a microcontroller device, four servos and a gyroscope sensor with an accelerometer. The proposed structure of the platform allows to keep the printing plant in one horizontal position relative to the zero angles of the roll and trim of the vessel. Installing the printer on such a platform will make it possible to produce continuous printing of parts or parts of mechanisms during a storm or when the sea waves.
3D printing, 3D printer, stabilization platform, marine transport industry
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