In the industrial sector, displacement measurements play a fundamental role in the monitoring and control of numerous operations. The use of measuring instruments allows you to obtain precise information on the movements of parts or components, so as to guarantee the safety and efficiency of production processes.
Typical applications of displacement measurements include the evaluation of vibrations and the regulation of operating machines, the measurement of deformations and the evaluation of irregular surfaces. Furthermore, these tools are used for dimensional control, the verification of alignments and the evaluation of wear of mechanical parts.
The use of displacement measurements has numerous advantages. First of all, it allows us to avoid the onset of problems related to safety at work, as any anomalies are identified immediately. Furthermore, thanks to the possibility of carrying out precision measurements, it is possible to accurately evaluate the results of your activities, improving the production process and avoiding any waste of resources.
Finally, it should not be forgotten that the use of adequate measuring instruments helps to guarantee the quality of the products, reducing the risk of errors. Thanks to the constant verification of movements and theadequate adjustment of the machines, the company can therefore guarantee its customers reliable and high-quality products.
Product categories for displacement measurement
Technical insight
Displacement measurement applications are used in numerous industries, from material testing to industrial applications, from quality control to scientific research. The ability to accurately measure the movement of an object is fundamental in ensuring the safety, reliability and efficiency of products.
Displacement measurements with LASER distance meters
LASER distance meters are used to measure the distance between two points. These instruments are able to detect the movement of an object in real time thanks to the light wave emitted by the laser. LASER distance meters are very precise and can achieve accurate measurement levels even at long distances. They are therefore particularly useful in large-scale applications such as geological measurements or topographic investigations. However, these instruments can be affected by environmental interference or elements that absorb or reflect LASER light.
Displacement measurements with LVDT linear probes
LVDT linear probes are highly precise measuring instruments that use electromagnetic induction to determine the position of an object. The principle is based on the interaction between a mobile core, connected to the object to be monitored, and an inductive winding present on the sensor. Depending on the positioning of the moving core, the voltage and current of the winding change creating an energy reaction that can be measured. This type of probe is particularly used in applications such as the automotive industry, precision mechanics and robotics.
Displacement measurements with digital comparators
Digital comparators are used to measure the differences in displacement between two objects. These instruments are equipped with a digital indicator that provides a precise reading of the movement. They are widely used in high precision environments such as mechanical and assembly manufacturing where great repeatability is required. Some models are able to scan surfaces to detect even the slightest change in position.
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