The machining processes in toolmaking are complex, often time-consuming, and outdated. With the introduction of modern machining processes, we are striving for more competitive final prices of tools. In this paper, we will compare the advantages of trochoidal machining with classical machining and determine the machining parameters for shell end milling cutter and end mill cutter. In a concrete case, we will simulate both types of operations. The trochoidal machining was experimentally tested on the machining of a die casting tool. It can be seen from tests and simulations that this type of machining is suitable for implementation in tool machining processes, as it is faster and also more economical than conventional machining.
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