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the selection of proper cutting tool geometry is of the utmost importance when doing an effective cutting in this video we will provide a clear explanation of the cutting process and tool geometry to remove a metal chip from a work piece you have to cut along at least two surfaces cutting along just one surface will not guarantee chip removal for this purpose cutting tools are provided with two cutting edges a main cutting edge and an auxiliary cutting edge the main cutting edge cuts the main portion of the chip while the auxiliary cutting edge cuts the second surface and removes the material you can see the smooth corner between these cutting edges this corner is known as the nose of the tool the radius of the nose greatly affects the surface finish of the operation and the strength of the tool material removal by the main cutting edge is easier when the materials flowing surface is at an angle this angle is known as the rake angle of the tool more specifically as the back rake angl