Existing fabrication tables are often expensive, immobile, unsafe, and difficult to work with. This invention comprises a modular fabrication table, which is rapidly adaptable to expand over a large surface area, add perpendicular work surfaces, and integrate existing peripheral components that can be purchased at a store. This allows fabrication prototypers to have relatively inexpensive, mobile, sturdy, square, and level tables within which to configure structures for the production of fabrication work pieces.

A table comprising a table base and a tabletop is disclosed. The table base comprises a top surface comprising one or more removable adhesives. The one or more removable adhesives adhere strongly when a force is applied in a horizontal direction and weakly when a force is supplied in a vertical direction. This prevents horizontal movement but allows vertical movement when a vertical force above an adhesion threshold is applied. The tabletop comprises a usable first side and a usable second side alternately mounted to the table base by means of the removable adhesives.

A supporter for a woodworking table contains: four supporting rods, four driving columns, and two movable adjustment posts. Two middle sections of two of the four driving columns are rotatably connected with two middle sections of the other two of the four driving columns respectively, and one side of each of the four supporting rods is in connection with each of two ends of each driving column. The two movable adjustment posts parallelly correspond to each other, and each end of each of the two movable adjustment posts is rotatably connected with a middle section of each supporting rod. Each movable adjustment post includes an outer tube, an inner tube, and an adjustable stem. Thereby, the supporter of the present invention is collapsible so as to decrease its storage size. The supporter adjustably supports the table board based on a size of the table board.

A supporter for a woodworking table contains: four supporting rods, four driving columns, and two movable adjustment posts. Two middle sections of two of the four driving columns are rotatably connected with two middle sections of the other two of the four driving columns respectively, and one side of each of the four supporting rods is in connection with each of two ends of each driving column. The two movable adjustment posts parallelly correspond to each other, and each end of each of the two movable adjustment posts is rotatably connected with a middle section of each supporting rod. Each movable adjustment post includes an outer tube, an inner tube, and an adjustable stem. Thereby, the supporter of the present invention is collapsible so as to decrease its storage size. The supporter adjustably supports the table board based on a size of the table board.

Forearm support for a watchmaker's bench, comprising: a coupling portion, arranged to be coupled to a watchmaker's bench, a first arm linked to the coupling portion, a second arm linked to the first arm, a forearm support pad, linked to the second arm, and arranged to support a forearm of an operator,
characterized in that the forearm support comprises an articulation system comprising at least: a first ball joint, arranged between the coupling portion and the first arm and connecting the coupling portion and the first arm, a second ball joint, arranged between the first arm and the second arm and connecting the first arm and the second arm.

Inserts for use in table saws are disclosed. One embodiment may include a mechanism to lock mechanically and affirmatively the insert in a blade opening in a table saw. The mechanism is designed so that a user can install and remove the insert without tools. The mechanism also can be designed so that the front of the insert pops up above the table when released from its locked position. The mechanism can be further designed so that the insert can be unlocked or released by a user pressing a button or tab.

Inserts for use in table saws are disclosed. One embodiment may include a mechanism to lock mechanically and affirmatively the insert in a blade opening in a table saw. The mechanism is designed so that a user can install and remove the insert without tools. The mechanism also can be designed so that the front of the insert pops up above the table when released from its locked position. The mechanism can be further designed so that the insert can be unlocked or released by a user pressing a button or tab.

A turntable includes a rotatably supported table, an electric cylinder, and a cam mechanism configured to convert the linear motion of the electric cylinder into the rotary motion of the table. The cam mechanism includes at least one cam groove provided on the table side, and at least one cam follower moved in parallel to the linear motion direction of the electric cylinder and configured to engage with the at least one cam groove.

A tool support table having a support frame having opposed sides. A two sided work top mounted between the opposed sides of the support frame for rotation with respect to the support frame. The work top has a flat surface on one side and a tool support surface on the opposite side. The work top is rotatable with respect to the support frame to expose the flat surface or the tool support surface. The tool support table is generally cuboid shaped. The tool support table also includes a unique universal tool mount.

A tool support table having a support frame having opposed sides. A two sided work top mounted between the opposed sides of the support frame for rotation with respect to the support frame. The work top has a flat surface on one side and a tool support surface on the opposite side. The work top is rotatable with respect to the support frame to expose the flat surface or the tool support surface. The tool support table is generally cuboid shaped. The tool support table also includes a unique universal tool mount.