Measuring the workpiece is one of the most critical steps in precision machining processes and can directly affect production quality. Milling is a method used to remove specific parts from metal, plastic, or other materials. During this process, the dimensions and tolerances of the workpiece are measured and checked to ensure they meet the required specifications.
The tools used for measurement include micrometers, calipers, and height gauges. Micrometers are ideal for small and precise measurements, as they can measure with very small tolerances, such as 0.01 mm. Calipers, on the other hand, are used to measure wider ranges and typically provide an accuracy of 0.02 mm. Height gauges are ideal for measuring a specific height from the surface of the workpiece and are a frequently used method in milling operations.
Accurate measurement of the milling workpiece improves the quality of the final product and minimizes production errors. Furthermore, measurement results enable necessary adjustments to be made during the process, thereby reducing material waste and increasing efficiency. Each measuring tool requires specific usage techniques, and the correct application of these techniques is critical for measurement accuracy.
Within Metu Makina, our measurement and quality control center operates with Hexagon CMM, Mitutoya SJ-410 surface measuring device, Mitutoya HR-530 hardness measuring device, Mitutoya HDS height gauge, Mitutoya LH-600D two-dimensional gauge, Mahr Digimar Cx2/350 14″ digital height gauge, diameter micrometers, bore micrometers, bar gauges, and ring gauges.
