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The impact of machining vibrations that appear in the milling process is very influential. Machining vibrations have an impact on the product surface roughness produced, tool wear, and engine life. In this study, vibration is analyzed by varying the parameter values of the depth of cut and the feed rate. The analysis is done by simulating the milling process using Autodesk Simulation Mechanical software which is integrated with the finite element method. The material in this study uses Titanium Ti6Al4V and tungsten carbide as a tool. Vibration analysis using variations of frequency 0, 20, 40, 50, amplitude 75, 250, 200, 100, and frequency natural values obtained random vibrations with a frequency of 0.000350173 cycle/s in the first step and 0.000628503 cycles/s in the second step. Thus, changes in vibration can occur due to changes in parameters performed.