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Advanced makers, looking to stay focused in the business sector, depend on their assembling architects and creation work force to rapidly and adequately set up assembling procedures for new items. Taguchi Parameter Design is an intense and effective technique for enhancing quality and execution yield of assembling procedures, along these lines a capable apparatus for meeting this test. This proposition examines an examination concerning the utilization of Taguchi Parameter Design for upgrading surface roughness produced by a CNC lathe machine. Control parameters being considered in this proposal are speed, feed rate and depth of cut. After tentatively turning example work pieces utilizing the chose orthogonal cluster and parameters, this study anticipated that would create an ideal mix of controlled parameter for the surface roughness.

Optimization of Process Parameters of Aluminum Alloy (Al-6082 T-6) Machined on CNC Lathe Machine for Low Surface Roughness