Optimization of Computer Numerical Control Machine output parameters
An approach for the better output using Taguchi Method
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Now a day's Computer Numerical Controlled machines are being used in every kind of manufacturing processes. Reliability on CNC machines abnormally increasing. CNC machines easily realize the programs like tool- offset, compensation of tool, various degree of computation, and the ability to send the data and receive it from various sources, including remote sources also. CNC machines move the cutting equipment in light of orders that are pre- programmed and offer high accuracy. So, for better accuracy and higher productivity rate CNC lathe considered than conventional lathe. The Main Aim of thi...
Now a day's Computer Numerical Controlled machines are being used in every kind of manufacturing processes. Reliability on CNC machines abnormally increasing. CNC machines easily realize the programs like tool- offset, compensation of tool, various degree of computation, and the ability to send the data and receive it from various sources, including remote sources also. CNC machines move the cutting equipment in light of orders that are pre- programmed and offer high accuracy. So, for better accuracy and higher productivity rate CNC lathe considered than conventional lathe. The Main Aim of this Project is to assess the Best process by which the requirements of Productivity and Quality are satisfied. This project also Eradicate the Main Effects of Input Parameters on Tool Wear Rate by Using Conventional Method. Analysis of Variance is used to calculate the Statistical Data.
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