Abstract: The invention relates to a diamond tip disk saw that does not vibrate during high-speed rotation, enhance the quality of the cut surface, and increase the durability of the saw. The diamond tip disk saw according to the invention comprises of a metal disk having a shaft hole and a plurality of diamond tips on both sides of the periphery. In between the shaft hole and the diamond tips, the saw is provided with a plurality of corrugations forming substantially sinusoidal waves on both sides of the saw. A greater efficiency is obtained when the corrugations are formed in a convex arc coming out of the disk surfaces.