Dynamometers are essential devices used for force measurements and play a critical role in various sectors. They are indispensable in mechanical engineering for material and mechanical testing, in biomechanics for analyzing muscle forces, in the food industry for determining the mechanical properties of products, and in the construction industry for measuring material durability and load-bearing capacity. The reliability of force tests conducted in these fields is directly related to the accuracy of the dynamometers used.

Regular calibration is essential to determine whether dynamometers are functioning correctly and to obtain reliable measurements. Calibration procedures are conducted according to the internationally recognized guideline "DKD-R-3-3 Calibration of Force Measuring Devices." Calibration can be performed both in the laboratory and at the customer site, covering a wide measurement range of 0.2 to 500 Newton in both pulling and pushing directions using the dead weight method.

This calibration process is of great importance to determine whether the equipment used complies with international standards. Ensuring the accuracy of dynamometers used in critical tests such as material durability, load-bearing capacity, or force analyses enhances the reliability of all measurements made. Calibration not only ensures occupational safety but also contributes to the consistency of test results.