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The article presents the concept of a modular, multi-parametric measurement equipment, with large measurement range, automatic measurement cycle, for quality inspection of symmetrical parts like bearing rings. The article presents also a calibration method that allows to use a small number of standards for a large measuring range (150 mm) and a wide range of dimensional-type parts. The experiments made on the functional model proves the capability and functionality of the system. The obtained results will be presented and discussed. The aim of the described works was to develop an inspection system that will significantly increase the economic efficiency of bearing rings production and reduces the number of calibration standards required for calibration.

AUTOMATIC MULTI-PARAMETRIC DIMENSIONAL AND GEOMETRIC INSPECTION OF ROTARY SYMMETRICAL PARTS LIKE BEARING RINGS