Disclosed is a folding cutting mat. As its main features, the folding cutting mat includes more than one 4-piece folding unit, the single 4-piece folding unit includes a folding face and a flipping face integrally formed, wherein the folding face includes left and right side faces and a first folding line to connect the left and right side faces, the flipping face includes left and right side plates and a separating gap to separate the left and right side plates; the left side face and left side plate are connected through a second folding line, the right side face and the right side plate are connected through a third folding line. With the size of the folded 4-piece folding unit reduced to one fourth of the size in the unfolded state, the size of the folded cutting mat is considerably reduced to facilitate transportation and storage.

Disclosed is a folding cutting mat. As its main features, the folding cutting mat includes more than one 4-piece folding unit, the single 4-piece folding unit includes a folding face and a flipping face integrally formed, wherein the folding face includes left and right side faces and a first folding line to connect the left and right side faces, the flipping face includes left and right side plates and a separating gap to separate the left and right side plates; the left side face and left side plate are connected through a second folding line, the right side face and the right side plate are connected through a third folding line. With the size of the folded 4-piece folding unit reduced to one fourth of the size in the unfolded state, the size of the folded cutting mat is considerably reduced to facilitate transportation and storage.

The invention relates to machines and methods for the separative machining of a plate-shaped workpieces. The machine includes a first movement device for moving the workpiece in a first direction (X), a second movement device for moving a machining head, which directs the machining beam onto the workpiece, along a second direction (Y), Between workpiece bearing faces there is formed a gap for the passage of the machining beam. In the machine, mutually facing side edges of at least two of the workpiece bearing faces are oriented non-perpendicularly and non-parallel with respect to the first direction (X).

Abstract: The present disclosure provides an automatic cutting device for printed supports which allows to compensate for the space created between the sliding planes, so as to always sustain the support to be cut and allow it to pass from one sliding plane to another and reach the relative unloading rollers avoiding jam at the device outlet. This result is achieved by means of an array of fins supported at the second sliding plane, configured to move from a closed configuration, in which all the fins protrude from the second sliding plane towards the first sliding plane and occupy the transverse cutting zone, to an open configuration in which they leave the transverse cutting area free so as to allow undisturbed movement of the cutting unit. This array of fins in closed configuration sustains the printed support cut in the passage from the first sliding plane to the second sliding plane.

Abstract: The present disclosure provides an automatic cutting device for printed supports which allows to compensate for the space created between the sliding planes, so as to always sustain the support to be cut and allow it to pass from one sliding plane to another and reach the relative unloading rollers avoiding jam at the device outlet. This result is achieved by means of an array of fins supported at the second sliding plane, configured to move from a closed configuration, in which all the fins protrude from the second sliding plane towards the first sliding plane and occupy the transverse cutting zone, to an open configuration in which they leave the transverse cutting area free so as to allow undisturbed movement of the cutting unit. This array of fins in closed configuration sustains the printed support cut in the passage from the first sliding plane to the second sliding plane.

The present invention relates to an apparatus and a process for cutting a substrate wherein the apparatus comprises first and second cutting element and wherein the first and second cutting elements are rotatable about the axis of rotation at different circumferential speeds.

An electronic cutting machine includes a working surface, a door, and a first material guide. The working surface is configured to support a workpiece. The door is movable between an open position and a closed position and includes an upper surface configured to support the workpiece in the open position. The upper surface is disposed substantially parallel to the working surface. The first material guide extends from the upper surface when the door is in the open position.

An electronic cutting machine includes a working surface, a door, and a first material guide. The working surface is configured to support a workpiece. The door is movable between an open position and a closed position and includes an upper surface configured to support the workpiece in the open position. The upper surface is disposed substantially parallel to the working surface. The first material guide extends from the upper surface when the door is in the open position.

A kit for obtaining a carpet of brushes on a table of a machine for automatic cutting of fabrics is provided. The kit has a plurality of brushes placeable side-by-side to form the carpet of brushes, and a plurality of needles for locking the fabrics. Each brush is provided with a base in which a plurality of base holes is formed, where the needles are inserted with shape and/or force coupling.

A kit for obtaining a carpet of brushes on a table of a machine for automatic cutting of fabrics is provided. The kit has a plurality of brushes placeable side-by-side to form the carpet of brushes, and a plurality of needles for locking the fabrics. Each brush is provided with a base in which a plurality of base holes is formed, where the needles are inserted with shape and/or force coupling.