Geometrical Properties and Machining Process Parameters Optimization on EN 24 by Using VMC

Because of their capacity for production, materials made through casting, forging, and extrusion techniques typically have higher average dimension tolerances.In order to increase product operating efficiencies and achieve tight tolerance assembly, machining procedures were introduced.In response, a variety of machining techniques, including drilling, grinding, milling, and turning, are available nowadays to solve these issues.A crucial part of producing components with excellent accuracy and increased productivity is the milling procedure.The surface of the work material is then planned with an improved surface texture using the face milling procedure.Getting high flatness and low roughness is a key goal of this milling technique.The study sheds light on the factors that affect the flatness, machining timing, Surface Roughness (SR), and Material Removal Rate (MRR) of EN 24 work piece materials.To increase productivity and part quality, face milling parameters including feed rate, depth of cut, and spindle speed must be carefully chosen.In order to improve face milling performances, this work formulates the link between input and response factors.The Taguchi approach was employed to examine the outcomes of the experiment.Speed mostly affected surface roughness, machining timing, and flatness.