The invention concerns a robot cell (1) comprising a multi axis robot arm (3), which terminates in a gripper (4) arranged to handle a pallet (2), and a sawing device (10), which is arranged to separate a nailed pallet part from a pallet (2) handled by said gripper (4). The sawing device (10) comprises a saw blade immersed in a liquid bath, which is contained in a trough (11) of the sawing device (10), such that separation of said nailed pallet part is performed in a liquid environment.

The invention concerns a robot cell (1) comprising a multi axis robot arm (3), which terminates in a gripper (4) arranged to handle a pallet (2), and a sawing device (10), which is arranged to separate a nailed pallet part from a pallet (2) handled by said gripper (4). The sawing device (10) comprises a saw blade immersed in a liquid bath, which is contained in a trough (11) of the sawing device (10), such that separation of said nailed pallet part is performed in a liquid environment.

Embodiments of this disclosure provide a system and method for cutting composite materials. The system includes a material supporting surface, an oscillating saw suspended from a rotatable head on an arm, a two-axis gimbal coupled to the rotatable head for adjusting a cutting angle of the oscillating saw, and a material clamp for clasping the composite material to prevent the composite material from slipping while being cut with the oscillating saw. An automated embodiment of the system further includes a controller for instructing the oscillating saw to cut the composite material by guiding the saw via coordinated movement of the rotatable head, the arm, and the gimbal. A method of cutting a woven composite material includes feeding the material on a support surface, providing an oscillating saw blade on a guiding mechanism, and cutting the material by moving the saw blade in a direction based on the guiding mechanism.

A slidable workbench includes a shifting mechanism and a push member. The shifting mechanism includes a fixed board, two slide rails, and a sliding platform. Immovable sections of the slide rails are disposed on the top surface of the fixed board and spaced at an interval. Movable sections of the slide rails are disposed at the bottom surface of the sliding platform, enabling the sliding platform to slide on the fixed board through the slide rails. Thereby, a workpiece is pushed by the push member and the sliding platform is slidable relative to the fixed board for the user to operate a table saw in a quick, labor-saving and easy manner. The slidable workbench can be used for all kinds of saw machines to enhance the convenience and safety of the saw machines greatly and improve the quality of cutting.

Ring cutting jigs are disclosed that include a base; and a sliding brace. The base may include a platform and a pair of arms. A saw guide slot may be positioned within the base. Channels may be included within the base such that the sliding brace may move parallel to the channels with the assistance of pins that ride in those channels. The cooperation of the base and the sliding brace may act to secure a coil between the base and the sliding brace such that the coil may be cut into jump rings.

Ring cutting jigs are disclosed that include a base; and a sliding brace. The base may include a platform and a pair of arms. A saw guide slot may be positioned within the base. Channels may be included within the base such that the sliding brace may move parallel to the channels with the assistance of pins that ride in those channels. The cooperation of the base and the sliding brace may act to secure a coil between the base and the sliding brace such that the coil may be cut into jump rings.

A method for processing profile beam parts includes providing a machining station, an in-feed transport system, and an out-feed transport system. The method further includes transporting and in-feeding a first profile beam part together with a second profile beam part to the machining station, machining at least the first profile beam part in the machining station, out-feeding the first profile beam part with the out-feed transport system from the machining station to an intermediate position which is at a variable distance X from a discharge position between the machining station and the discharge position, and in-feeding the second profile beam part in the machining station with the in-feed transport system over a distance Y and simultaneously out-feeding the first profile beam part over the distance X from the intermediate position to the discharge position. The capacity of the system is improved with the method.

A method for processing panel-shaped workpieces having the steps of providing a large-format panel, and feeding the large-format panel to a detachment station; detaching panel-shaped workpieces by dividing the large-format panel in the detachment station by making cuts in the large-format panel using a detachment unit; and feeding the workpieces thus detached to a downstream processing station in order to complete the panel-shaped workpiece. In step b) at least a part of each detached workpiece acquires from the detachment unit an alignment section for engaging gripping elements and/or introducing reference bores. After the workpiece provided with the alignment section has been detached it is taken over by a gripping element, engaging element or grasping element which engages the alignment section. After the workpiece is taken over, the gripping element, engaging element or grasping element engaging in a form-fitting manner on the alignment section of the workpiece runs through a cycle.

A cross table for a woodworking machine, such as a sliding table saw, and to a woodworking machine having such a cross table. The cross table includes a horizontally lying first workpiece support surface, a stop rail arranged above the first workpiece support surface and having a first workpiece stop surface on a first side of the stop rail, which is arranged such that a workpiece resting on the first workpiece support surface horizontally in front of the stop rail can be placed with a side edge against the workpiece stop surface. The stop rail has a second workpiece stop surface on a second side of the stop rail opposite the first side, the second workpiece stop surface arranged such that a workpiece resting on the first workpiece support surface horizontally behind the stop rail can be placed with a side edge against the workpiece stop surface.

A cross table for a woodworking machine, such as a sliding table saw, and to a woodworking machine having such a cross table. The cross table includes a horizontally lying first workpiece support surface, a stop rail arranged above the first workpiece support surface and having a first workpiece stop surface on a first side of the stop rail, which is arranged such that a workpiece resting on the first workpiece support surface horizontally in front of the stop rail can be placed with a side edge against the workpiece stop surface. The stop rail has a second workpiece stop surface on a second side of the stop rail opposite the first side, the second workpiece stop surface arranged such that a workpiece resting on the first workpiece support surface horizontally behind the stop rail can be placed with a side edge against the workpiece stop surface.