Hardware solutions

The rotary off-Line mounting system “CP-RotUp” allows to prepare easily and fastly the next rotary shell boosting up the production time and drastically cutting down the down times due the screwing of the flanges on the rotary shells.

This option allows the optimization of machining times, virtually eliminating loading and unloading times. In addition, thick sheets can be loaded without any risk of damage to the main structure.

Manual extractable table for loading/unloading the materials to be machined.

The suction plate removes exhaust gas emissions exactly when they occur - above and below the kerf.

Compressed air system to prevent accidental flame formation from the cutting of plastics.

The CP systems for cutting plastics use a motorized-type cutting head, head working stroke approx. 100 mm, low pressure operation of assisting gas. Low pressure gas management Focal lengths 5''-7.5'', maximum pressure 8 bar, nozzle standoff management.

This cutting head has been designed to be self-protected, preventing and compensating any kind of crash/fall during the cutting. A unique magnetic system avoid any breakages taking advantage to special algorhytms which stop the machine in case of crash.

The copper pins ensure a longer life of the support pins than the standard anodized aluminum pins.

In the case of several dovetail cards loaded on the cutting table, a push cylinder (located on the back of the cutting table) is able to compact them all. This application is widely used for corrugated panels and for large panels size.

It improves the accuracy of the movement of the axes in case of environments with strong thermal differences; this system allows you to compensate for the accuracy of the axis, always ensuring maximum accuracy.

The CP-Load is the best allied for every die maker; this option is featured with a skating assisting loading roll who make the operations of wooden panels loading & unloading easy, precise and safe.

The option "CP-Clamps" has been designed to allow a fast & safe wooden panel positioning, avoiding any mistake; it allows to host different thicknesses with no manual changing. Located on X and Y axes with multiple pneumatic units with option has been designed thinking about the main common sizes on folding and corrugated cardboard.

CameraVision system (CCD camera) for recognition of positional references (fiducial marks) for automatic position correction (offset and rotation) on the workpiece.

Milling unit: equipped with automatic toll change, drawn rom a 3-position warehouse (up to a maximum of 6 on request). The system also includes a metal screw detector for screws that fix the die-board to the wood support, so as to avoid contact between the screw and the milling tool. Accuracy of the milling depth is also guaranteed by the presence of a foot-place of the material being worked, which always ensures the right position of the cutting head by compensating for any material thickness differences.

Galvo head: it is used to carry out logos, codes, etc., on the surface, in such a way as to report identification information of the product being worked.

Metal screw detector, for screw that fix the die-board to the wood supports, so as to avoid contact between screw and the milling tool. Installed on the cutting head.

A two-level bench change system, which allows the replacement of the work bench in about 15 seconds (for a 3000x1500 mm workbench). This mask almost totally the loading and unloading times. It also makes it possible to load thick slabs without risk of damage to the main structure. The bench changeover system is the fastest currently available on the market.

The automatic nozzle change is an option that allows the machine to automatically replace the cutting head nozzle without the help of the operator. Up to 10 positions are available. This operation includes both cleaning and calibration.

The CP systems use a self-focusing cutting head with contactless capacitive sensor. The head itself and the focusing lenses can be used up to a pressure of 20 bar. The assisting gas is automatically selected from 3 different connectable gases: air, nitrogen and oxygen whose assisting pressures are determined automatically on the basis of cutting parameters and materials. The head is fitted with an extractable drawer for quick focal changeover. Built-in contactless capacitive sensor, High pressure gas management, Drawer for quick focal changeover, All connections on top, Contact and impact error management, Focal lengths 5”-7.5”, maximum pressure 20 bar, nozzle standoff management.

Manual extractable table for loading/unloading the materials to be machined.

Digital camera system installed on front-end software Continuous production screening Easier zero position acquisition

The foot-plate system is equipped with an electronic sensor that can detect any differences in thickness or deformation of the wood sheet, thus preventing contact with the material being cut (and avoiding uneven cuts at different points).

The EVO3 cutting head with capacitive sensor. The system uses the EVO 3 autofocus cutting head which, entirely designed by the Cutlite Penta research and development department, is equipped with a non-contact capacitive sensor. The head itself and the focusing lenses can be used up to 30 kW of laser power and a pressure of 25 bar; different focal con gurations are provided: 150-200-250-300 mm. The assist gas is selected automatically between the 3 different connectable gases - air, nitrogen and oxygen - whose assistance pressures are determined automatically on the basis of cutting parameters and materials. The head features a drawer removable for changing the protective glass in order to facilitate the exchange of the same.

Excellent cutting quality on stainless steel up to 15mm at 45° due to our specially set nozzles.

This option allows the optimization of machining times, virtually eliminating loading and unloading times. In addition, thick sheets can be loaded without any risk of damage to the main structure.

A cutting head that works axially, a foot-plate that always ensures the right focusing of the cutting head on the material to be worked, by compensating for any material thickness differences.

Cutting head designed with the aim of achieving maximum modularity in terms of layout.