A saw tooth setter has a carriage within a housing. A carriage base has a channel which narrows from a first end to a second end. A wedge protrudes up from the base in the channel. Mechanical linkage translates movement of an actuator into forward and backward movement of the carriage. A second mechanical linkage translates movement of the carriage to forward and backward movement of a blade feeding arrangement. A setting mechanism has a set of opposing plates which extend through and are hingedly attached to the top cover. The first end of each plate is seated in the channel. The second end of each plate has sets the tooth. Upon forward movement of the carriage the first end of the plates enter the first end of the channel and are separated by the wedge, and the second end of the plates come together to set the teeth.

A saw tooth setter has a carriage within a housing. A carriage base has a channel which narrows from a first end to a second end. A wedge protrudes up from the base in the channel. Mechanical linkage translates movement of an actuator into forward and backward movement of the carriage. A second mechanical linkage translates movement of the carriage to forward and backward movement of a blade feeding arrangement. A setting mechanism has a set of opposing plates which extend through and are hingedly attached to the top cover. The first end of each plate is seated in the channel. The second end of each plate has sets the tooth. Upon forward movement of the carriage the first end of the plates enter the first end of the channel and are separated by the wedge, and the second end of the plates come together to set the teeth.

A saw tooth setter has a carriage within a housing. A carriage base has a channel which narrows from a first end to a second end. A wedge protrudes up from the base in the channel. Mechanical linkage translates movement of an actuator into forward and backward movement of the carriage. A second mechanical linkage translates movement of the carriage to forward and backward movement of a blade feeding arrangement. A setting mechanism has a set of opposing plates which extend through and are hingedly attached to the top cover. The first end of each plate is seated in the channel. The second end of each plate has sets the tooth. Upon forward movement of the carriage the first end of the plates enter the first end of the channel and are separated by the wedge, and the second end of the plates come together to set the teeth.

A saw tooth setter has a carriage within a housing. A carriage base has a channel which narrows from a first end to a second end. A wedge protrudes up from the base in the channel. Mechanical linkage translates movement of an actuator into forward and backward movement of the carriage. A second mechanical linkage translates movement of the carriage to forward and backward movement of a blade feeding arrangement. A setting mechanism has a set of opposing plates which extend through and are hingedly attached to the top cover. The first end of each plate is seated in the channel. The second end of each plate has sets the tooth. Upon forward movement of the carriage the first end of the plates enter the first end of the channel and are separated by the wedge, and the second end of the plates come together to set the teeth.

The invention relates to an arrangement for setting saw teeth on a saw band (4), the arrangement having a base (1) through which the saw band can slide. The base has a receiving device (6) for receiving a saw tooth setting device (8). The saw tooth setting device (8) can set saw teeth in one direction. The receiving device (6) can receive the saw tooth setting device (8) on both sides of the saw band, so that the saw tooth setting device (8) received on one side can set the saw teeth in one direction and so that the saw tooth setting device (8) received on the opposite side can set saw teeth in the opposite direction. This means that although only a simple saw tooth setting device (8) arranged to be able to set saw teeth in one direction is used, the device for setting saw teeth can set them in both directions.

The invention relates to an arrangement for setting saw teeth on a saw band (4), the arrangement having a base (1) through which the saw band can slide. The base has a receiving device (6) for receiving a saw tooth setting device (8). The saw tooth setting device (8) can set saw teeth in one direction. The receiving device (6) can receive the saw tooth setting device (8) on both sides of the saw band, so that the saw tooth setting device (8) received on one side can set the saw teeth in one direction and so that the saw tooth setting device (8) received on the opposite side can set saw teeth in the opposite direction. This means that although only a simple saw tooth setting device (8) arranged to be able to set saw teeth in one direction is used, the device for setting saw teeth can set them in both directions.

The invention relates to an arrangement for setting saw teeth on a saw band (4), the arrangement having a base (1) through which the saw band can slide. The base has a receiving device (6) for receiving a saw tooth setting device (8). The saw tooth setting device (8) can set saw teeth in one direction. The receiving device (6) can receive the saw tooth setting device (8) on both sides of the saw band, so that the saw tooth setting device (8) received on one side can set the saw teeth in one direction and so that the saw tooth setting device (8) received on the opposite side can set saw teeth in the opposite direction. This means that although only a simple saw tooth setting device (8) arranged to be able to set saw teeth in one direction is used, the device for setting saw teeth can set them in both directions.

The invention relates to an arrangement for setting saw teeth on a saw band (4), the arrangement having a base (1) through which the saw band can slide. The base has a receiving device (6) for receiving a saw tooth setting device (8). The saw tooth setting device (8) can set saw teeth in one direction. The receiving device (6) can receive the saw tooth setting device (8) on both sides of the saw band, so that the saw tooth setting device (8) received on one side can set the saw teeth in one direction and so that the saw tooth setting device (8) received on the opposite side can set saw teeth in the opposite direction. This means that although only a simple saw tooth setting device (8) arranged to be able to set saw teeth in one direction is used, the device for setting saw teeth can set them in both directions.

The present disclosure provides a method of producing a saw blade (10), comprising providing a saw blade blank, comprising a circular blade base body (100) with radially extending teeth (101), said teeth being in an initial position, in a first bending step, bending at least some of the teeth (101), such that the teeth are plastically deformed, towards an axial direction (A) of the saw blade blank, to an intermediate axial position (N), and in a second, subsequent, bending step, bending said at least some of the teeth (101), such that the teeth are plastically deformed, towards an opposite axial direction (A) of the saw blade blank, such that the teeth arrive at a final axial setting position (N). In the method, the intermediate axial position (N) is axially beyond the final axial setting position (N).