In the context of tool operation, what does misalignment typically lead to?

Misalignment in tool operation refers to the improper positioning or alignment of tool components, which can significantly affect performance. When tools are misaligned, the primary consequence is that they can produce inaccurate work. This is because the misalignment often leads to cuts, holes, or other applications that do not meet the intended specifications, resulting in errors in the project. Additionally, misalignment can contribute to increased wear on the tool itself, as the components may not operate smoothly or evenly under stress, leading to premature failure or the need for repairs.

Misalignment does not improve handling, extend battery life, or enhance safety during use, as these aspects rely on proper tool functionality and alignment for optimal performance. Effective tool operation is crucial for maintaining efficiency, accuracy, and safety in any task involving power tools.