Abstract: A device for setting saw blades has a housing, a setting device connected to the housing for setting a saw blade, a clamping device connected to the housing for clamping the saw blade, and a drive unit connected to the housing for driving the setting device and the clamping device. The setting device has saw set holders which are arranged on either side of the saw blade, are pivotable relative to one another and can be fitted with saw sets. The clamping device has clamping jaw holders which are arranged on either side of the saw blade, can be adjusted relative to one another and can be fitted with clamping jaws. In order to provide a device of the kind described above, which securely clamps the saw blade, the clamping jaw holders are designed so as to be pivotable relative to one another.

Abstract: A sawblade machine has its setting members disposed adjacent the sawblade in nonclamping engagement therewith and defining an angle of the setting surfaces in excess of the angle defined between the outer planes of the teeth in the starting position. The setting members are then rotated to the teeth and returned to the starting position whereupon the clamping heads are relieved and the blade advanced.

Abstract: A saw setter having a base, a pair of clamping members mounted on the base for receiving a saw blade therebetween with the saw teeth pointing upwardly, an advancing lever and pawl for engaging selected teeth and moving the saw blade through the clamping members, a first jaw pivotally mounted on the base, an actuating lever pivotally mounted on the base and connected to the first jaw by a force magnifying linkage, a second jaw pivotally mounted on the base, a linkage between the first and second jaws for causing them to either move simultaneously toward each other or away from each other and a first saw setting finger on the first movable jaw and a second saw setting finger on the second movable jaw.

Abstract: A machine for the mechanical working of band saws is provided whose frame carries an appliance for gripping the saw on the sides, a mechanism for the pitch feed of the saw, tooth-setting tools secured on the ends of the arms which are kinematically linked with the machine drive, and a pair of knives for cutting off the saw blade. The knives are located after the tooth-setting tools in the direction of pitch feed. One of these knives is secured on the saw-gripping appliance, while the other one is kinematically linked with one of the arms carrying the tooth-setting tool for joint movement with the latter. The machine provides for manufacturing saws with any required number of teeth.

Abstract: A method is disclosed wherein the teeth of a saw are set and, after setting a certain number of teeth and simultaneously with setting the last tooth, the saw blade is cut off and the cutting tool is withdrawn from the cutting zone before the saw is fed along the pitch. The machine includes a frame which carries an appliance for gripping the saw on the sides, a mechanism for the pitch feed of the saw, tooth-setting tools secured on the ends of the arms which are kinematically linked with a machine drive, and a pair of knives for cutting off the saw blade. The knives are located after the tooth-setting tools in the direction of pitch feed. One of these knives is secured on the saw-gripping appliance, while the other one is kinematically linked with one of the arms carrying the tooth-setting tool for joint movement with the latter. The machine provides for manufacturing saws with any required number of teeth.