Control additive error of morphogenesis with the use of hybrid layout

Abstract

The questions in the article are considered about increasing the accuracy of additive methods of forming. The problem was solved for parametric synthesis in the design of technological equipment for additive shaping with a hybrid layout, the authors provided the necessary formative capabilities of the device: - the possibility of extruder contact with all points of the formed part; it is possible to set the normal to the surface of the part along the axis of the extruder. A mathematical model is proposed for determining the magnitude of the kinetic component of the error in the additive shaping of products. The technique will improve the accuracy of additive shaping methods.The questions in the article are considered about increasing the accuracy of additive methods of forming. The problem was solved for parametric synthesis in the design of technological equipment for additive shaping with a hybrid layout, the authors provided the necessary formative capabilities of the device: - the possibility of extruder contact with all points of the formed part; it is possible to set the normal to the surface of the part along the axis of the extruder. A mathematical model is proposed for determining the magnitude of the kinetic component of the error in the additive shaping of products. The technique will improve the accuracy of additive shaping methods.