A table saw includes a working surface and a rail system. The rail system includes stationary rails mounted along the working surface, and extension rails. The rails each include matching guide surfaces extending along the longitudinal axis and configured to support and guide a rip fence. The rails have a common connection interface that in each case includes a connecting end and a supporting end, such that the extension rails are mountable with the stationary rails. When mounted, the guide surfaces of the extension rails extend the guide surfaces of the stationary rails. The connecting end in the common connection interface includes a connection mechanism configured to urge the connecting end together with the supporting end to form an internal connection, and to align the guide surfaces of the connected rails to as to be co-planar with each other.

A table saw includes at least one stop mechanism for setting or recording a position of a guide assembly on the table saw. The stop mechanism has a base member and a blocking member connected to the base member. The base member is connected to a guide structure on the table saw in an unlocked state and a locked state. In the unlocked state, the base member is infinitely adjustable relative to the guide structure along a slide axis. In the locked state, the base member is fixed relative to the guide structure. The blocking member is moveable relative to the base member between a blocking position and a bypass position. The blocking member in the blocking position is configured to contact the guide assembly and set or record a positon of the guide assembly. The blocking member in the bypass position cannot contact the guide assembly.

A table saw includes at least one stop mechanism for setting or recording a position of a guide assembly on the table saw. The stop mechanism has a base member and a blocking member connected to the base member. The base member is connected to a guide structure on the table saw in an unlocked state and a locked state. In the unlocked state, the base member is infinitely adjustable relative to the guide structure along a slide axis. In the locked state, the base member is fixed relative to the guide structure. The blocking member is moveable relative to the base member between a blocking position and a bypass position. The blocking member in the blocking position is configured to contact the guide assembly and set or record a positon of the guide assembly. The blocking member in the bypass position cannot contact the guide assembly.

A guide assembly for a saw device includes a pre-load mechanism located at one end and a slide mechanism located at the other end. The slide mechanism establishes two fixed contact points between the guide assembly and a guide rail of the saw device. The pre-load mechanism establishes a third contact point between the guide assembly and another guide rail of the saw device. The guide assembly has an unlocked condition in which the pre-load mechanism continuously generates a first clamping force on the saw device between the third contact point and the two fixed contact points. The first clamping force self-aligns the guide assembly to the saw device and permits slidable adjustment of the guide assembly on the saw device. The guide assembly has a locked condition in which a second clamping force is generated between the contact points and the guide assembly is fixed on the saw device.

A guide assembly for a saw device includes a pre-load mechanism located at one end and a slide mechanism located at the other end. The slide mechanism establishes two fixed contact points between the guide assembly and a guide rail of the saw device. The pre-load mechanism establishes a third contact point between the guide assembly and another guide rail of the saw device. The guide assembly has an unlocked condition in which the pre-load mechanism continuously generates a first clamping force on the saw device between the third contact point and the two fixed contact points. The first clamping force self-aligns the guide assembly to the saw device and permits slidable adjustment of the guide assembly on the saw device. The guide assembly has a locked condition in which a second clamping force is generated between the contact points and the guide assembly is fixed on the saw device.

Embodiments of the present invention provide improved storage options for push-sticks used in connection with rip fences on table saws and similar cutting devices where push-sticks might be used. The push-stick storage system may include a rip fence and a push-stick retention mechanism. The push-stick retention mechanism may be defined by upright side walls that define a channel or slot therebetween for receiving a push-stick. The retention mechanism may also include a stop (or a stop block) positioned at a first position within the channel, and a retainer positioned at a second position within the channel.

Embodiments of the present invention provide improved storage options for push-sticks used in connection with rip fences on table saws and similar cutting devices where push-sticks might be used. The push-stick storage system may include a rip fence and a push-stick retention mechanism. The push-stick retention mechanism may be defined by upright side walls that define a channel or slot therebetween for receiving a push-stick. The retention mechanism may also include a stop (or a stop block) positioned at a first position within the channel, and a retainer positioned at a second position within the channel.

A miter gauge for guiding a work piece over a work surface of a work platform in relation to a saw blade. A fence plate is connected to a base assembly and is movable relative to a base of the base assembly to adjust the position of the fence plate relative to the base. Brackets connecting the fence plate to the base are each movable relative to the base to adjust the orientation of the fence plate relative to a first axis perpendicular to the blade in order to square the fence engaging face to the blade. The fence plate is movable relative to the two brackets to adjust the orientation of the fence plate relative to a second axis perpendicular to the work surface in order to square the fence engaging face to the work surface.

A miter gauge for guiding a work piece over a work surface of a work platform in relation to a saw blade. A fence plate is connected to a base assembly and is movable relative to a base of the base assembly to adjust the position of the fence plate relative to the base. Brackets connecting the fence plate to the base are each movable relative to the base to adjust the orientation of the fence plate relative to a first axis perpendicular to the blade in order to square the fence engaging face to the blade. The fence plate is movable relative to the two brackets to adjust the orientation of the fence plate relative to a second axis perpendicular to the work surface in order to square the fence engaging face to the work surface.

Disclosed are various work fence embodiments that may be employed separately or in combination with one another, including (a) an extended fence having at least one end extending beyond the work surface edge and a feed support(s) suitable for attachment to an extended or sliding fence, (b) an improved sliding work fence for use with cutting and shaping equipment such as a table saw, and (c) a work fence height extension including a T-slot track(s) along or adjacent a top surface