M anufacturing with machining has reached the smallest scale of micro and nano. This application is in the manufacture of micro components. One way to produce micro-sized objects is with non-traditional machining. Micro Discharge Machining is one of the non-conventional processes, the basic principle of micro-EDM machining is the same as EDM in general, which has large power and manual control system, cutting using electrothermal energy. Micro-EDMs are generally capable of making holes with diameters of up to 100μm. The geometry of product geometry depends on synchronization of motion between axes. In this study the machine table hardware that has a two-axis linear motion system. It is expected that this machine is capable of linear and circular interpolation. The problem is that it is necessary to obtain empirical data on the speed of feeding the micro-EDM machine in the transverse direction. For this reason, hardware is chosen as the driver of the machine is, stepper motors and drivers, and the software chosen as supporting hardware is: arduino software, grbl controller, 2D / 3D design software for micro-EDM machines. The results of the research show that, with constant currents and voltages in the direction of X and Y cutting, the feedrate is obtained, therefore we use other people’s research as a comparison of the results of the analysis from feedrate has been achieved. The results of the study in the X axis feedrate obtained data with 4 pulse and 6 pulse at 35V and 3A currents with measurig length of 2.5mm.