Evaluation of machinability of a 3D printed material

The aim of the bachelor thesis was to evaluate the machinability of 3D printed material by Bound Metal Deposition method under different conditions during milling. The forces during machining were measured and the surface roughness and the resulting wear on the tool were also investigated. The values were recorded and further evaluated, where the results were compared and recommendations were made as to the conditions under which low values of wear are produced. The result was that lower wear values are achieved when machining without cooling and at low cutting speed and feed rate