The wide range of machining operations to which components can be subjected is, arguably, more complex and critical today than ever. The need to achieve the highest quality of final finish is also receiving greater attention – for both functional and aesthetic reasons.
In this context, deburring has always been a key consideration. Unwanted fragments of material and protrusions attached to a work piece, which can be caused by machining operations, need to be efficiently removed and, as a result, deburring can account for a significant portion of manufacturing costs.
