Abstract
Following the measurement principle and algorithm described in 1st report, an experimental measurement system for aluminum hollow cylinder was presented. Firstly the measuring range and resolution of the optical unit were demonstrated. Then the roundness profiles for the sample cylinders were derived by utilizing correction factors for the intended band of undulation per revolution. The measured results by the developed system were in good agreement with those by commercial measuring instruments. It was concluded that the rotational error as well as roundness error of cylindrical machine parts could be successfully measured by the developed system. This system is applicable to the roundness measurement at workshop level.
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