Telecentric Measurement System is the key equipment to ensure product quality in industrial automation production. Scientific and reasonable selection can make its maximum performance, the following are the key steps of selection.

I. Need to clarify measurement requirements

It is important to determine the type of measurement object, whether it is a metal part, electronic component, or other material; and to understand the measurement parameters, such as length, diameter, angle, etc.. For example, the dimensional measurement of precision electronic components requires a high degree of accuracy, while large mechanical parts are more focused on the measurement range.

II. Need to clarify the product accuracy requirements

Measurement accuracy levels are determined according to production needs and are generally measured in microns (μm). Although high-precision measuring instruments can provide more accurate data, but the price is also higher, need to weigh the accuracy and cost. At the same time, consider the repeatability accuracy of the gauge, the consistency of multiple measurements directly affects the reliability of the data.

III. Measuring Speed

For assembly line production, Telecentric Measurement System needs to match the production line tempo. If the measurement speed is too slow, it will cause a bottleneck in production; if it is too fast, it may affect the measurement accuracy, so it is necessary to combine the actual production speed to choose the right measuring instrument.

IV. Software Features

Powerful measurement software should be equipped with automatic identification, batch measurement, data statistical analysis and other functions to facilitate data processing and quality control. Also pay attention to the compatibility of the measuring instrument, whether it can be docked with the factory's existing systems to achieve data sharing and collaborative work.