Systems, method and apparatus for a fixturing platform having a frame assembly configured to couple to a support assembly with a plurality of surface plates configured to couple to the frame assembly in a number of configurations are described in this disclosure. The configurations include a continuous configuration with abutting surface plates forming a continuous working surface and a spaced configuration with spaced surface plates forming a spaced working surface, the spaced configuration have one or more working gaps between surface plates.

Systems, method and apparatus for a fixturing platform having a frame assembly configured to couple to a support assembly with a plurality of surface plates configured to couple to the frame assembly in a number of configurations are described in this disclosure. The configurations include a continuous configuration with abutting surface plates forming a continuous working surface and a spaced configuration with spaced surface plates forming a spaced working surface, the spaced configuration have one or more working gaps between surface plates.

A work support has an extendable support beam for spanning between a pair of leg assemblies. The extendable support beam includes one or more elongated rails having a first end, a second end, an upper edge, a lower edge, a middle portion disposed between the upper edge and the lower edge, where the upper edge and the lower edge each extend away from the middle portion and form a channel having an interior surface and an exterior surface, and a t-track extending longitudinally along the interior surface. The work support includes the extendable support beams and a leg mount disposed between the pair of elongated rails, and a pair of legs pivotally coupled with the leg mount and moveable between a storage position where the pair of legs are secured within a cavity, and a working position.

A work support has an extendable support beam for spanning between a pair of leg assemblies. The extendable support beam includes one or more elongated rails having a first end, a second end, an upper edge, a lower edge, a middle portion disposed between the upper edge and the lower edge, where the upper edge and the lower edge each extend away from the middle portion and form a channel having an interior surface and an exterior surface, and a t-track extending longitudinally along the interior surface. The work support includes the extendable support beams and a leg mount disposed between the pair of elongated rails, and a pair of legs pivotally coupled with the leg mount and moveable between a storage position where the pair of legs are secured within a cavity, and a working position.

A bench dog adaptor has a body portion having an outer periphery extending between first and second ends. A longitudinal axis extending through the first and second ends. At least one of the first and second ends has a mounting slot extending along a first transverse axis that is generally perpendicular to the longitudinal axis. The mounting slot has a mouth region and spaced apart first and second undercut regions. A first width of the mouth region parallel to a second transverse axis is less than a second width parallel to the second transverse axis from the outer most extents of the first and second undercut regions. The second transverse axis is generally perpendicular to the first transverse axis. The bench dog adaptor includes at least one first mounting portion configured to resiliently radially engage a sidewall of a dog hole formed in a workbench to secure the body portion within the dog hole.

A collapsible workbench includes a parallelepiped casing including two rails disposed on two inner surfaces of two sides respectively; and a door; a table assembly including two slides having a first slide member slidably disposed on the rail and a second slide member slidably disposed on an inner surface of the first slide member; and a multipart table including a rectangular first sub-table disposed on the first slide members, and a rectangular second sub-table hingedly secured onto the first sub-table; and two locking devices including a front handle having a forward extension; a rear lock having a concave member; and a pivot pivotably secured to either side of a rear end of the first sub-table. The rear lock is heavier than the front handle. A pivotal movement of the extension causes a front end of the rail to be locked or unlocked by the concave member.

A collapsible workbench includes a parallelepiped casing including two rails disposed on two inner surfaces of two sides respectively; and a door; a table assembly including two slides having a first slide member slidably disposed on the rail and a second slide member slidably disposed on an inner surface of the first slide member; and a multipart table including a rectangular first sub-table disposed on the first slide members, and a rectangular second sub-table hingedly secured onto the first sub-table; and two locking devices including a front handle having a forward extension; a rear lock having a concave member; and a pivot pivotably secured to either side of a rear end of the first sub-table. The rear lock is heavier than the front handle. A pivotal movement of the extension causes a front end of the rail to be locked or unlocked by the concave member.

Watchmaker's bench, comprising: a work table arranged to receive timepieces, a frame supporting the work table, defining at least one work face or a work station on the work table for an operator and arranged to rest on a workshop floor, characterized in that the watchmaker's bench comprises at least one mounting rail, particularly arranged below the working table and facing the work face or the work station, and arranged to receive at least one work module to be coupled to the watchmaker's bench in a position that is adjustable along said at least one mounting rail.

A hybrid manufacturing table for three-dimensional (3D) printed workpieces includes a first table component and a second table component. The first table component is formed to include a plurality of slots extending therethrough. The second table component is positioned below the first table component and includes a plurality of rungs that extend upwardly into and through the plurality of slots. The table changes between different configuration to allow for 3D printing and machining of workpieces thereon.

A hybrid manufacturing table for three-dimensional (3D) printed workpieces includes a first table component and a second table component. The first table component is formed to include a plurality of slots extending therethrough. The second table component is positioned below the first table component and includes a plurality of rungs that extend upwardly into and through the plurality of slots. The table changes between different configuration to allow for 3D printing and machining of workpieces thereon.