Remote control system design to be applied in electrical failures for 3D printers

3D printers have revolutionized the industry. Although this technique is new, it has achieved concrete and rapid development. It has received great interest from industry and industrial companies. Since this system had the potential to produce complex and delicate products that traditional companies could not. In addition to this, 3D printers based on additive manufacturing technique have been successfully applied in many fields such as medicine, space, astronomy, flight science and education together with industry. This technique has opened up new areas of study and research that were previously impossible. This thesis involves the addition of the features that enable the continuation of the unfinished process of the 3D printer in case of power failure. Under normal circumstances, a power failure can cause printing to be damaged due to the inability to continue and unfinished work for many 3D printers, and this problem has occurred many times before. However, the Marlin_Ramps_Epcos_i3v program, on which we developed an add-on, has not a software that allowed printing to continue in the case of a power failure. In addition, the software plug-in that we have developed has provided the user with the opportunity to inform and control remotely. In this study, it is aimed to reduce the time and consumable damage caused by power faults as a result of the integration of the plug-in program developed into the open source Marlin_Ramps_Epcos_i3v software.