Magnesium alloys have evolved into future biomaterials that are considered biodegradable in nature. These alloys are suitable for the purpose of manufacturing bone scaffolds and implants. The manufacturing process and process parameters have a great influence on the surface and mechanical properties. In the present investigation, the effect of machining process parameters on surface integrity, corrosion behavior and mechanical characterization is analyzed. Magnesium alloys are recommended in these approaches as future biomaterial. The approach was recommended in the future development of biomedical Mg alloys