What are the key points for selecting measuring instruments based on different technological requirements in industrial productionг┐

Key Points for Selecting Measuring Instruments Based on Different Technological Requirements in Industrial Production

In the process of industrial production, the selection and application of measuring instruments are important links to ensure product quality, improve production efficiency, and ensure safe production. As a bridge connecting the production process with quality control, the performance of measuring instruments directly affects the smoothness and efficiency of the entire production process. Therefore, choosing appropriate measuring instruments is of great significance for achieving production goals and improving production efficiency. Due to the differences in technological requirements in different industrial production processes, the selection of measuring instruments will also vary. This article will discuss the basis and key points for selecting measuring instruments in industrial production from the following aspects.

One, the diversity of technological requirements

In industrial production, the diversity of process requirements determines the diversity of the selection of measuring instruments. For example, for process procedures that require high-precision measurement, such as engine assembly in automobile manufacturing, high-precision measuring instruments such as optical measuring instruments and laser measuring instruments need to be chosen; for some process procedures that require rapid measurement, such as food weight measurement in food processing, high-efficiency measuring instruments such as electronic scales can be chosen. Therefore, the diversity of process requirements determines that the selection of measuring instruments needs to be determined according to the specific application scenarios and process requirements.

II. Measurement Accuracy and Error

Measurement accuracy is one of the important factors to consider when selecting measuring instruments. The accuracy of measuring instruments directly affects the accuracy of the measurement results. For process procedures that require high-precision measurement, such as precision processing in the aerospace field, it is necessary to choose measuring instruments with high accuracy and small error. For some process procedures that do not require particularly high accuracy, measuring instruments with slightly lower accuracy but more economic prices can be chosen. Therefore, when selecting measuring instruments, it is necessary to determine the accuracy of the measuring instruments according to the specific application scenarios and process requirements.

III. Measurement Range and Scale

Measurement range and scale are another important factors to consider in the selection of measuring instruments. The measurement range and scale of measuring instruments determine the measurement objects and scope they are suitable for. For process procedures that require a larger measurement range, such as oil density measurement in oil refining, it is necessary to choose measuring instruments with a large measurement range and high scale. For some process procedures with a smaller measurement range, such as electronic component size measurement in electronic manufacturing, measuring instruments with a smaller measurement range and scale can be chosen. Therefore, when selecting measuring instruments, it is necessary to determine the measurement range and scale of the measuring instruments according to the specific application scenarios and process requirements.

IV. Environmental Adaptability

　　During the process of industrial production, measuring instruments need to be used in various different environments, therefore, the environmental adaptability of measuring instruments is also one of the important factors to be considered when selecting measuring instruments. For example, for measuring instruments that need to work in harsh environments such as high temperature, high pressure, and corrosive environments, it is necessary to choose measuring instruments with corresponding environmental adaptability. Therefore, when selecting measuring instruments, it is necessary to determine the environmental adaptability of the measuring instruments according to the specific application scenarios and process requirements.

V. Cost and Maintenance

When selecting measuring instruments, factors such as cost and maintenance also need to be considered. For measuring instruments that require long-term use, it is necessary to choose instruments with high cost-performance to reduce the cost of long-term use. At the same time, the maintenance cost of measuring instruments should also be considered, choosing instruments that are easy to maintain and have a low failure rate to reduce maintenance costs. Therefore, when selecting measuring instruments, it is necessary to comprehensively consider factors such as cost and maintenance.

In summary, the selection of measuring instruments in industrial production needs to be determined according to specific application scenarios and process requirements. When selecting measuring instruments, it is necessary to consider factors such as measurement accuracy, measurement range, environmental adaptability, cost, and maintenance to ensure that the measuring instruments can meet the process requirements and thus ensure the smooth progress of the production process.