A tool, system, and method for shaping a wooden workpiece. The system includes a lathe, a toolrest, and a woodturning tool for removing material from the workpiece. The tool includes a handle with a shaft extending longitudinally outwardly therefrom. A cutter is provided on an end of the shaft. The shaft includes a longitudinally-extending bottom surface and a longitudinally-extending side surface. The side surface extends laterally outwardly from the bottom surface and at an obtuse angle relative thereto. Two contact points provided on one of the bottom and side surfaces are brought into contact with the toolrest on the lathe to steady the shaft and use the cutter on the workpiece. The orientation of the cutter is changed between a first position and second position depending on which of the bottom surface or side surface contacts the toolrest.

A tool, system, and method for shaping a wooden workpiece. The system includes a lathe, a toolrest, and a woodturning tool for removing material from the workpiece. The tool includes a handle with a shaft extending longitudinally outwardly therefrom. A cutter is provided on an end of the shaft. The shaft includes a longitudinally-extending bottom surface and a longitudinally-extending side surface. The side surface extends laterally outwardly from the bottom surface and at an obtuse angle relative thereto. Two contact points provided on one of the bottom and side surfaces are brought into contact with the toolrest on the lathe to steady the shaft and use the cutter on the workpiece. The orientation of the cutter is changed between a first position and second position depending on which of the bottom surface or side surface contacts the toolrest.

A jig system for trimming of a one or more uncut boards. Said jig system comprises a two halves, a bracket mating system, a one or more male portions, a one or more female sockets, a first end, a second end, a first lathe adapter assembly, and a second lathe adapter assembly. Said two halves comprise a first half and a second half. Said two halves are configured to selectively mate with one another. Said two halves comprises an assembled configuration and a disassembled configuration. Said assembled configuration comprises said two halves mated with one another. Said disassembled configuration comprise said two halves detached from one another. Said two halves comprise an angled irons having a substantially L-shape. Said two halves comprise a bend, an inner sides, an outer sides, a first planar portion and a second planar portion.

A jig system for trimming of a one or more uncut boards. Said jig system comprises a two halves, a bracket mating system, a one or more male portions, a one or more female sockets, a first end, a second end, a first lathe adapter assembly, and a second lathe adapter assembly. Said two halves comprise a first half and a second half. Said two halves are configured to selectively mate with one another. Said two halves comprises an assembled configuration and a disassembled configuration. Said assembled configuration comprises said two halves mated with one another. Said disassembled configuration comprise said two halves detached from one another. Said two halves comprise an angled irons having a substantially L-shape. Said two halves comprise a bend, an inner sides, an outer sides, a first planar portion and a second planar portion.

A worktable clamp structure includes a clamp unit, a bushing unit, and a worktable. The worktable includes a tabletop and a frame. Each side edge of the frame has a plurality of pairs of side perforations, and a central perforation is provided between each pair of the side perforations. The bushing unit is inserted and fixed to and the side perforations and the central perforation of the frame of the worktable. The clamp unit is movably mounted to the bushing unit. The clamp unit and the bushing unit can be mounted to the side perforations and the central perforation at either side edge of the frame of the worktable according to the demand, without the need to fix the clamp unit to the tabletop of the worktable in a destructive manner. This can prevent deformation of a clamping seat due to the force applied thereto to achieve structural stability and ease of use.

An adjustable lathe mounting system for turning a work piece on a rotating lathe having a lathe bed, headstock, and a headstock spindle, where the work piece is attached to the headstock spindle. The lathe mounting system includes an adjustable base releasably attached to the slotted way of the bed via a locking plate and a pair of laterally adjustable way spacers moveable within a laterally extending slot that engage each side of the slotted way.

An adjustable lathe mounting system for turning a work piece on a rotating lathe having a lathe bed, headstock, and a headstock spindle, where the work piece is attached to the headstock spindle. The lathe mounting system includes an adjustable base releasably attached to the slotted way of the bed via a locking plate and a pair of laterally adjustable way spacers moveable within a laterally extending slot that engage each side of the slotted way.

A round bar cutting device includes a tool rest that is penetrated by a perforation for a round bar to pass through in axial direction. A virtual axis is defined to pass through the radial center of the perforation in the extension direction of the perforation. Four planer tools protrude from the tool rest. The planer tools are spaced apart around the axis as the center. A first edge is formed on one side of the planer tools towards the axis respectively, so as to cut a square bar which moves towards the perforation among the planer tools and rotates round the axis to form the round bar. The cutting device can fully cut the entire section of the square bar in the axial direction into the round bar, and the material utilization efficiency of the square bar is increased.

A round bar cutting device includes a tool rest that is penetrated by a perforation for a round bar to pass through in axial direction. A virtual axis is defined to pass through the radial center of the perforation in the extension direction of the perforation. Four planer tools protrude from the tool rest. The planer tools are spaced apart around the axis as the center. A first edge is formed on one side of the planer tools towards the axis respectively, so as to cut a square bar which moves towards the perforation among the planer tools and rotates round the axis to form the round bar. The cutting device can fully cut the entire section of the square bar in the axial direction into the round bar, and the material utilization efficiency of the square bar is increased.

A jig system for trimming of a one or more uncut boards. Said jig system comprises a two halves, a bracket mating system, a one or more male portions, a one or more female sockets, a first end, a second end, a first lathe adapter assembly, and a second lathe adapter assembly. Said two halves comprise a first half and a second half. Said two halves are configured to selectively mate with one another. Said two halves comprises an assembled configuration and a disassembled configuration. Said assembled configuration comprises said two halves mated with one another. Said disassembled configuration comprise said two halves detached from one another. Said two halves comprise an angled irons having a substantially L-shape. Said two halves comprise a bend, an inner sides, an outer sides, a first planar portion and a second planar portion.