CNC Die Cutting Machines







Due to its small size, this version is ideal for places where there is a little space. It is also the best choice when feeding times have to be very short, since positioning occurs without idle movements.


The large upper roller opening, achieved using two pneumatic cylinders, allows up to 120 mm. of material to be loaded. An adjustable mechanical end stop (optional) prevents excessive pressure and the risk of damaging the material itself.






Normally the feeder, placed in the rear zone of the cutting area, abandons the material before it is cut in the final of the same one. On the contrary, this dual feeding system links the material push action in the initial and central phase, with a draw action in the final part of the cutting cycle, allowing the manufacturing completion.


The gripper feeder, placed in the machine rear side, is linked by mechanical synchronization to a roll feeder positioned in the zone, just before the cutting area. This feeder guarantees the upper roll opening sufficient to ensure the assembly of the die to the cutting plate.



This generation of automatic cutting presses takes advantage of a sturdy mechanical structure joined with a sophisticated system of continuous control (CNC) of recent technology. The touch screen, which was developed in Windows ambience, makes any single control – executive and functional – interactive and easily comprehensible.


For example, the programming is eased by a graphical guide that illustrates the meaning of any introduced value. In addition the software structure allows to reproduce the typical manual functions of the cutting press thanks to an automatic selection: MATERIAL LOADING, MATERIAL UNLOADING, AUTO-ADJUSTMENT OF SAFETY MECHANICAL POSITIVE STOP, DIE LOADING/UNLOADING POSITION.


A simple gesture is sufficient to start one of the above functions: also, while the machine reaches the required position, the operator is free.




This range of strong frame automatic die cutting machine adopting a fixed cutting plate and having an oleo- dynamic cylinder mounted in the top crossbeam to whom the cutting plate is joined with, and covering the total cutting area.

The cutting operation takes place by means of a nylon belt which acts as material feeder too. The belt feed is granted by a “brushless” motor which moves a rubber roll placed under the belt located at the rear machine side, while the material is pushed by a roll which presses on it producing a mechanic adjustable pressure between the material and the belt.

At the cutting plate front side is located a device with ball bearings for making easier the cutting die introduction and removal during the cycle change. The cutting plate is aligned with the cutting die support guides, the operator acts on the pneumatic opening control to facilitate the easy sliding of the cutting die. To facilitate the inspection and the maintenance the oil control unit is separated from the basement.

The control unit and the electric panel can be placed at the order both on the right or left side frame. To reduce the premature consumption of the cutting belt, an electric mechanic device has been conceived which let get the belt about 10 mm lateral oscillation by each side, in order to prevent a frequent contact of the cutting dies blades with the same cutting belt section.

In order to keep the cutting belt quality longer, on the main piston of the cutting plate a motorised power positive stop has been conceived which is adjusted during the automatic cutting die set up. Such a device avoids that the cutting plate (so the cutting die) could make an overrun in relation to the pre-set die height, wearing irreparably the cutting belt.