In milling, what can component distortion lead to?

Component distortion during milling typically occurs as a result of factors such as thermal expansion, clamping forces, or the removal of material. This distortion can significantly affect the workpiece's geometric integrity, leading to inaccuracies in the final dimensions of the machined part.

When components become distorted, they may not adhere to the specified tolerances and dimensions required for their intended application. This can have serious implications, resulting in parts that do not fit as designed, exhibit poor functionality, or may even fail in operation due to stresses that were not accounted for during the design phase. Therefore, it's crucial to manage milling conditions effectively to minimize the risk of distortion and ensure that workpieces meet the required standards for accuracy and reliability.