The current state of development of the metrological provision of measuring equipment for the competitiveness of products, safety at work (radiation safety), obtaining objective diagnostic information in medical practice is analyzed. Metrological support is one of the main steps in the production process that influences the measurement results and their qualitative evaluation.
The article proposes an approach to the research of the metrological reliability of measurements taking into account the conditions and operating modes of measuring equipment, based on the intermediate control of the standard deviation of the measurement results. The above approach is relevant because it allows laboratories to reasonably set the recalibration intervals of measuring equipment based on the control of standard deviations. The requirement for reasonable setting of recalibration intervals for measuring instruments is a common worldwide
The purpose of organizing an effective measurement process is to provide an optimal combination of the measuring instruments quality and the quality of measurements. To increase the reliability of measurements in industry and to reduce the cost of confirming their metrological compliance, methods of instant control of measuring instruments metrological characteristics are proposed. Attention is focused on the dependence of the level of costs on the accuracy and reliability of measurements. The last are based on decisions devoted to the operating processes.