Abstract: A rotatable cutter wheel of a material reduction machine, the cutter wheel including a drive plate configured to be mounted on the material reduction machine for rotation in a forward rotation direction about a central axis. The drive plate includes a central driveshaft aperture and an outer peripheral edge. A wear plate is positioned along a first axial side of the drive plate and removably coupled to the drive plate. A cutter is removably coupled for rotation with the drive plate via a fastener. A wear insert is positioned to cover a portion of the outer peripheral edge of the drive plate, the wear insert being mounted to the wear plate and held in spaced relation to the outer peripheral edge of the drive plate.

Abstract: The present disclosure relates to a material reducing apparatus adapted to be coupled to a vehicle by a pivot arm or other structure. The material reducing apparatus includes a reducing head with rotary reducing component. The reducing head can be titled about a tilt axis relative to the vehicle and can be raised and lowered relative to a vehicle. The reducing head has a thrown object deflector that automatically moves relative to the rotary reducing component when the reducing head is tilted relative to the vehicle.

Abstract: The present disclosure relates to a material reducing machine including a rotary reducing component positioned at least partially within a reducing chamber. A sizing screen defines a portion of the reducing chamber and extends at least partially around the rotary reducing component. Material catches are disclosed for preventing elongated strips of material from snaking longitudinally through the sizing screen without being adequately reduced in length.

Abstract: The present disclosure relates to a material reducing apparatus adapted to be coupled to a vehicle by a pivot arm or other structure. The material reducing apparatus includes a reducing head with rotary reducing component. The reducing head can be titled about a tilt axis relative to the vehicle and can be raised and lowered relative to a vehicle. The reducing head has a thrown object deflector that automatically moves relative to the rotary reducing component when the reducing head is tilted relative to the vehicle.

Abstract: The present disclosure relates to a material reducing machine including a rotary reducing component positioned at least partially within a reducing chamber. A sizing screen defines a portion of the reducing chamber and extends at least partially around the rotary reducing component. Material catches are disclosed for preventing elongated strips of material from snaking longitudinally through the sizing screen without being adequately reduced in length.

Abstract: The present disclosure relates to a material reducing machine including a rotary reducing component positioned at least partially within a reducing chamber. A sizing screen defines a portion of the reducing chamber and extends at least partially around the rotary reducing component. Material catches are disclosed for preventing elongated strips of material from snaking longitudinally through the sizing screen without being adequately reduced in length.

Abstract: A grinding machine having a mounting arrangement and an anvil. The grinding machine generally including a feed table and a grinding drum positioned within a mill box. The mounting arrangement being configured to support an end of the feed table and the anvil. The anvil including a wedge-shaped portion and having a length. The length of the anvil being configured to extend beyond sides of the mill box.

Abstract: A grinding machine having an improved anvil mounting arrangement is provided. The mounting arrangement according to the present disclosure is configured to securely support an end of the feed table and an anvil, and also enables easy replacement of the anvil.

Abstract: The present disclosure relates to a material reducing machine including a rotary reducing component positioned at least partially within a reducing chamber. A sizing screen defines a portion of the reducing chamber and extends at least partially around the rotary reducing component. Material catches are disclosed for preventing elongated strips of material from snaking longitudinally through the sizing screen without being adequately reduced in length.

Abstract: A grinding machine having an improved anvil mounting arrangement is provided. The mounting arrangement according to the present disclosure is configured to securely support an end of the feed table and an anvil, and also enables easy replacement of the anvil.

Abstract: A grinding machine having a mounting arrangement and an anvil. The grinding machine generally including a feed table and a grinding drum positioned within a mill box. The mounting arrangement being configured to support an end of the feed table and the anvil. The anvil including a wedge-shaped portion and having a length. The length of the anvil being configured to extend beyond sides of the mill box.

Abstract: A grinding machine having a mounting arrangement and an anvil. The grinding machine generally including a feed table and a grinding drum positioned within a mill box. The mounting arrangement being configured to support an end of the feed table and the anvil. The anvil including a wedge-shaped portion and having a length. The length of the anvil being configured to extend beyond sides of the mill box.

Abstract: A grinder having a grinding structure and a sizing screen is disclosed herein. A top cover covers the grinding structure. The sizing screen can be removed from the grinder by opening the cover, and lifting the sizing screen through the opening left by the cover.

Abstract: A grinder having a grinding structure and a sizing screen is disclosed herein. A top cover covers the grinding structure. The sizing screen can be removed from the grinder by opening the cover, and lifting the sizing screen through the opening left by the cover.

Abstract: A grinder having a grinding structure and a sizing screen is disclosed herein. A top cover covers the grinding structure. The sizing screen can be removed from the grinder by opening the cover, and lifting the sizing screen through the opening left by the cover.

Abstract: A grinding machine having a mounting arrangement and an anvil. The grinding machine generally including a feed table and a grinding drum positioned within a mill box. The mounting arrangement being configured to support an end of the feed table and the anvil. The anvil including a wedge-shaped portion and having a length. The length of the anvil being configured to extend beyond sides of the mill box.

Abstract: A grinder having a grinding structure and a sizing screen is disclosed herein. A top cover covers the grinding structure. The sizing screen can be removed from the grinder by opening the cover, and lifting the sizing screen through the opening left by the cover.

Abstract: A grinder having a grinding structure and a sizing screen is disclosed herein. A top cover covers the grinding structure. The sizing screen can be removed from the grinder by opening the cover, and lifting the sizing screen through the opening left by the cover.

Abstract: A grinder having a grinding structure and a sizing screen is disclosed herein. A top cover covers the grinding structure. The sizing screen can be removed from the grinder by opening the cover, and lifting the sizing screen through the opening left by the cover.