The manufacturing of a Premount Base - Essay Example

The manufacturing process was aligned and synchronised after the launch of Computer Numerical Control. The performance and machining characteristics of the Computer Numerical Control is consistent, and possibility of production or machining error is minimal. The human error has previously consumed significant effort and time, and in cases have been cause of production downtime. The evolution of the Computer Numerical Control is in compliance with the quality standards. The material for the fabrication of pre-mounting base shall be inspected through several non-destructive techniques to verify its compliance against standard, and strength.

The metal identification of the job piece is important; the identification of the metal constituents through metal identification shall conform to the description provided by the vendor. This test shall be followed by hardness measurement; the hardness of the job piece shall be within the range as described in ASTM standards. The dye penetrant test of the job piece is recommended to verify the possibility of existence of external cracks on the job piece; it is strongly recommended that the cracked job piece shall be rejected.

The ultra-sonic flaw detection shall be conducted; the test will verify the existence of internal flaws of the job piece. Beside ultra-sonic flaw detection, another recommended technique shall be eddy-current testing. The machining process for the pre-mounting base is simple. The job piece after certain inspection and quality checks should be placed on the lathe machine for trimming. It is important that the job piece shall be not greater than 2mm from the maximum required length. The quality of the cutting tools has to be ensured and maintained.

The lathe machine shall be suitable for this job. The fabrication of the pre-mounting base requires essentially straight machining. After machining, the drilling of holes at specified