The present disclosure provides a saw blade (10), comprising a generally circular blade base body (100), and a plurality of teeth (101a, 101b), extending radially from the base body (100). The teeth (101a, 101b) are alternatingly set towards opposing axial (A) directions of the saw blade, such that each tooth presents a respective tooth plane, which is angled relative to a base body plane. The teeth (101a, 101b) present a respective first cutting edge (102a, 102b), extending along a radially distal edge portion (103) of the respective tooth, along a length of the tooth, as seen in a direction of rotation of the saw blade. The radially distal edge portion (103) presents a first bevel (104), providing a first bevel surface (105) which is non-perpendicular relative to the tooth plane. The radially distal edge portion (103) presents, at a radially outermost portion thereof, a hard portion (106) having greater hardness than the base body (100).

The present disclosure further provides the use of such a saw blade in a brush cutter.

A circular saw blade includes a circular plate having a diameter, a thickness, a left face, a right face, a peripheral rim, and a central opening. A plurality of alternating teeth and gullets are disposed about the peripheral rim, each tooth having a front face facing generally toward an adjacent gullet in the cutting direction and a recess defined in the front face. A plurality of cutting inserts are affixed in the recesses in the teeth. Each insert has rake face facing generally toward the adjacent gullet in the cutting direction, a relief face extending generally toward the adjacent top face, and a cutting edge at a junction between the relief face and the rake face. Each rake face is disposed at a hook angle. The relief faces include unbeveled relief faces, left-beveled relief faces, and a right-beveled relief faces arranged in an alternating top bevel with raker pattern.

A saw tooth including a body defining substantially opposed rear and front ends and an axial centerline extending between the rear and front ends, the body defining side faces joined to each other by body edge sections, each side face and each body edge section extending between the rear and front ends; edge cutting tips extending from the body at the front end and facing the direction of advance, each edge cutting tip being in prolongation of a respective one of the body edge sections; and side cutting tips extending from the body and facing the direction of advance, each of the side cutting tips being provided at the front end between two adjacent ones of the edge cutting tips in prolongation of a respective one of the side faces.

A saw blade can include a blade body having a cutting edge defined by multiple teeth. The teeth can be disposed in a repeating pattern including a raker tooth, a first set tooth having a light offset to a right side of the blade body, a second set tooth having a heavy offset to the left side of the blade body, a second raker tooth, a third set tooth having a light offset to the left side, and a fourth set tooth having a heavy offset to the right side of the blade body. Each tooth can include a tip, rake face, gullet having a gullet depth, and one or more clearance surfaces. The pitch distance and gullet depth of the heavy offset teeth can be less than the pitch distances and gullet depths of the remaining teeth to provide an increased amount of strength for the heavy offset teeth.

A circular saw blade includes a body defined by a planar metallic plate, an arbor disposed at a center of the body defining an axis of rotation for the blade, a plurality of projections extending away from a perimeter of the body, the projections each having a leading edge and a trailing edge, and a plurality of teeth disposed at the projections such that one tooth is located at the leading edge of each of the projections. A diameter of the blade is 7? inches, and a total of twenty-seven projections and twenty-seven teeth are disposed at the perimeter of the body.

A circular saw includes a body defined by a planar metallic plate, an arbor disposed at a center of the body defining an axis of rotation for the blade, a plurality of projections extending away from a perimeter of the body where the projections each have a leading edge and a trailing edge, and a plurality of teeth disposed at the projections such that one tooth is located at the leading edge of each of the projections. The teeth may be provided in a three-tooth repeating pattern in which every third tooth extends farther away from the body than other teeth of the three-tooth pattern.

A saw blade can include a blade body having a cutting edge defined by multiple teeth. The teeth can be disposed in a repeating pattern including a raker tooth, a first set tooth having a light offset to a right side of the blade body, a second set tooth having a heavy offset to the left side of the blade body, a second raker tooth, a third set tooth having a light offset to the left side, and a fourth set tooth having a heavy offset to the right side of the blade body. Each tooth can include a tip, rake face, gullet having a gullet depth, and one or more clearance surfaces. The pitch distance and gullet depth of the heavy offset teeth can be less than the pitch distances and gullet depths of the remaining teeth to provide an increased amount of strength for the heavy offset teeth.

A thin kerf commercial circular saw blade designed for accurate commercial lumber sawmill cutting of green wood, having a saw plate with three concentric regions of differing thicknesses and widths. This design goes against traditional thinking of lateral blade stiffening in that no part of the blade has a width exceeding the width of the kerf and the stiffened region exceeds to within of an inch of the saw tooth tip.

A saw assembly for cutting a metal workpiece and method for cutting the same holds a metal workpiece at a substantially vertical or a slightly tilted orientation relative to vertical axis while cutting a cross section of the metal workpiece. The saw assembly includes a frame for retaining and cutting the workpiece. The workpiece to be cut slides laterally across low friction support bars and rollers on the frame to achieve a desired sawing position relative to a saw subassembly. A blade assembly is raised and lowered through a saw pulley system guided by guiderails and blade assembly mounting mechanism.

A circular tool for cutting material includes a support disc (11) and a plurality of cutting inserts (10) attached on a circumferential periphery of the support disc (11).