Abstract: A saw blade comprising a series of teeth at a longitudinal edge thereof, arranged in alternate directions and formed in a tooth shape as defined by a first flank angle, a second flank angle, and a rake angle, is characterized in that the first flank angle lies between approximately 50.0° to 54.0°, the second flank angle lies between approximately 14.0° to 16.0°, and the rake angle lies between approximately 11.0° to 14.0°.

Abstract: A saw blade for rectilinear cutting motion, especially of a manually operated saw, comprising, at one longitudinal edge, at least a first section of a series of teeth formed at least at an end of the saw blade, and a second section of a series of teeth formed essentially in the middle of the saw blade, the tooth geometry, tooth configuration, tooth dimension, and/or the like of the first section of the tooth series differing from the tooth geometry, tooth configuration, tooth dimension, and/or the like of the second section of the tooth series in such a way that the cutting volume of a fixed number of teeth of the first section of the tooth series is smaller than the cutting volume of the same number of teeth of the second section of the tooth series.

Abstract: It is provided that a saw blade comprising a series of teeth at a longitudinal edge thereof, wrenched in alternate directions and formed in KV tooth shape as defined by a first flank angle, a second flank angle, and a rake angle, is characterized in that the first flank angle lies between approximately 50.0° to 54.0°, the second flank angle lies between approximately 14.0° to 16.0°, and the rake angle lies between approximately 11.0° to 14.0°.