Abstract: A stump cutter tooth with an angled or tapered cutting face, the purpose of the angle or taper being to increase the efficiency of the cutting tooth and lower the forces thereof that get transferred back to a stump cutter machine, the tooth also tapering to a full width required to protect a pocket or a mount from contact with a stump.

Abstract: A stump cutter tooth assembly includes a stump cutter tooth held by a pocket member that includes an arcuate shoulder having one or more tabs. A stump cutter tooth is adapted to be mounted on the pocket member. The stump cutter tooth includes a tooth body having one or more recesses and an arcuate outer surface. The arcuate outer surface of the stump cutter tooth is adapted to abut against the arcuate shoulder of the pocket member to prevent unwanted movement of the stump cutter tooth relative to the pocket member during the cutting operation. The one or more recesses of the stump cutter tooth cooperate with the one or more tabs of the pocket member to provide an anti-rotation and locating feature.

Abstract: A stump cutter tooth assembly includes a stump cutter tooth held by a pocket member that includes an arcuate shoulder having one or more tabs. A stump cutter tooth is adapted to be mounted on the pocket member. The stump cutter tooth includes a tooth body having one or more recesses and an arcuate outer surface. The arcuate outer surface of the stump cutter tooth is adapted to abut against the arcuate shoulder of the pocket member to prevent unwanted movement of the stump cutter tooth relative to the pocket member during the cutting operation. The one or more recesses of the stump cutter tooth cooperate with the one or more tabs of the pocket member to provide an anti-rotation and locating feature.

Abstract: A stump cutter tooth with an angled or tapered cutting face, the purpose of the angle or taper being to increase the efficiency of the cutting tooth and lower the forces thereof that get transferred back to a stump cutter machine, the tooth also tapering to a full width required to protect a pocket or a mount from contact with a stump.

Abstract: A reducing element system includes a reducing element having a main body defining a fastener opening, a leading face defined by the main body, and a trailing face defined by the main body. The trailing face includes a pair of mating features equally spaced from the fastener opening and having a generally arcuate cross-section perpendicular to a fastener axis. The system further includes a reducing element mount having a main body defining a fastener opening, a leading face defined by the main body, and a reducing element mount mating feature defined by the leading face. The mount mating feature has a generally arcuate cross-section perpendicular to the fastener axis. The reducing element mount mating feature of the reducing element mount is configured to mate with at least one of the mating features of the reducing element when the reducing element mount is mated with the reducing element.

Abstract: A material reducing apparatus includes a rotary reducing component that has a central rotational axis. The material reducing apparatus includes a reducing element mount attached to the rotary reducing component and a reversible reducing element mounted to the reducing element mount. The reducing element includes a leading front side that has a first cutting edge and an opposite second cutting edge being radially inwardly positioned closer to the central rotational axis from the first cutting edge. The reducing element has a chip curl angle between about 79 degrees and 102 degrees. The reducing element has a radial height extending away from the rotary reducing component. The material reducing apparatus includes at least one chip evacuation arrangement that includes three depth control structures. The depth control structures that are axially adjacent the reducing element have radial heights less than or equal to 25% of the radial height of the reducing element.

Abstract: One stump cutter cutting wheel disclosed herein includes a wheel structure having left and right sides and being rotatable about a central axis extending between the left and right sides. The left and right sides define receptacles having depths measured in an orientation extending along the axis. Cutter assemblies are mounted to the wheel structure and include cutters mounted to cutter holders. The cutter holders include base portions that fit within the receptacles, and the base portions each define at least one fastener opening. The base portions further define base thicknesses measured in the orientation extending along the axis. The receptacle depths are at least 0.25 times as large as the base thicknesses such that no more than 75 percent of the base thicknesses extend laterally outside the receptacles. Fasteners secure the cutter holders to the wheel structure and extend through the fastener openings defined by the base portions.

Abstract: One stump cutter cutting wheel disclosed herein includes a wheel structure having left and right sides and being rotatable about a central axis extending between the left and right sides. The left and right sides define receptacles having depths measured in an orientation extending along the axis. Cutter assemblies are mounted to the wheel structure and include cutters mounted to cutter holders. The cutter holders include base portions that fit within the receptacles, and the base portions each define at least one fastener opening. The base portions further define base thicknesses measured in the orientation extending along the axis. The receptacle depths are at least 0.25 times as large as the base thicknesses such that no more than 75 percent of the base thicknesses extend laterally outside the receptacles. Fasteners secure the cutter holders to the wheel structure and extend through the fastener openings defined by the base portions.

Abstract: Apparatus for mulching organic matter such as brush and trees are disclosed. The apparatus have cutting teeth that include cladding for increasing the wear-resistance of the teeth. Cutting heads and vehicles that incorporate such teeth are also disclosed.

Abstract: Arc welding systems, apparatus and methods are for hardfacing are provided, including particle feeding apparatus. In one aspect the workpiece is moved in an oscillatory fashion while keeping the welding torch and the particulate delivery system stationary during at least a portion of welding pass. The welding torch and particulate delivery system may also be moved in a non-oscillatory fashion. Process speeds of about 18-30 in/min can be obtained with carbide incorporation of greater than 30% and uniform distribution.

Abstract: Arc welding systems, apparatus and methods are for hardfacing are provided, including particle feeding apparatus. In one aspect the workpiece is moved in an oscillatory fashion while keeping the welding torch and the particulate delivery system stationary during at least a portion of welding pass. The welding torch and particulate delivery system may also be moved in a non-oscillatory fashion. Process speeds of about 18-30 in/min can be obtained with carbide incorporation of greater than 30% and uniform distribution.

Abstract: A material reducing apparatus may be provided. The material reducing apparatus may include a rotor structure for driving rotation of the rotary reducing component. The rotary reducing component includes a first set of reducing component elements and a second set of reducing component elements, each with distinct characteristics. The first set of reducing elements can be carried by the rotor structure within first mounting locations such that the first set of reducing elements is balanced as a set relative to the axis of rotation. The rotary reducing component further includes a second set of reducing elements carried by the rotor structure within second mounting locations such that the second set of reducing elements is balanced as a set relative to the axis of rotation. In certain examples, multiple sets of reducing elements may coexist within the rotary reducing component, each with distinct characteristics.

Abstract: Arc welding systems, apparatus and methods are for hardfacing are provided, including particle feeding apparatus. In one aspect the workpiece is moved in an oscillatory fashion while keeping the welding torch and the particulate delivery system stationary during at least a portion of welding pass. The welding torch and particulate delivery system may also be moved in a non-oscillatory fashion. Process speeds of about 18-30 in/min can be obtained with carbide incorporation of greater than 30% and uniform distribution.

Abstract: Apparatus for mulching organic matter such as brush and trees are disclosed. The apparatus have cutting teeth that include cladding for increasing the wear-resistance of the teeth. Cutting heads and vehicles that incorporate such teeth are also disclosed.

Abstract: A method and apparatus for providing for a balanced rotor having cutting teeth attached thereto. The longitudinal length of the rotor is conceptually divided in half by a plane disposed perpendicular to the axis of rotation. The cutting teeth are arranged in a plurality of helices about the rotor so each half of the rotor is statically balanced. The cutting teeth are further arranged so the centers of mass of the two halves are equidistant from the dividing plane. A gap may exist between the ends of the rotor and the nearest tooth encountered in each helix. The gaps for different helices may be different, however, the gaps at each end of each helix are the same length. The above result in a rigidly balanced rotor.

Abstract: One stump cutter cutting wheel disclosed herein includes a wheel structure having left and right sides and being rotatable about a central axis extending between the left and right sides. The left and right sides define receptacles having depths measured in an orientation extending along the axis. Cutter assemblies are mounted to the wheel structure and include cutters mounted to cutter holders. The cutter holders include base portions that fit within the receptacles, and the base portions each define at least one fastener opening. The base portions further define base thicknesses measured in the orientation extending along the axis. The receptacle depths are at least 0.25 times as large as the base thicknesses such that no more than 75 percent of the base thicknesses extend laterally outside the receptacles. Fasteners secure the cutter holders to the wheel structure and extend through the fastener openings defined by the base portions.