Roller Cutter Charater

-  Separately synchronized drives for steel rollers.

-  Avoidance of double cuts by optimized process cycles.

-  Soft drive start and stop by frequency controlled drives for less mechanical consumables.

-  Automatic monitoring of sandwich height by photo sensors.

-  Different heights of cutting dies possible for each preparation table by height adjustment via servo drive.

- Siemens S7 PLC with touch panel and clear text error indication.

-  Administration by asi-bus to control input and output module running complete and smooth.




The sandwich height is controlled via light barrier on infeed and outfeed side of the cutting area. Separate data input for the "sandwich" height for each preparation table. The upper roller is adjusted by means of servomotor with positioning controls. Different "sandwich" heights can be chosen for each preparation table via the machine controls, therefore less wear of the cutting dies and the cutting boards increasing lifetime of the cutting boards and considerable cost savings. Additionally, variety of cutting work is easily manageable.


The sandwich height is controlled via light barrier on infeed and outfeed side of the cutting area. Separate data input for the "sandwich" height for each preparation table. The upper roller is adjusted by means of servomotor with positioning controls. Different "sandwich" heights can be chosen for each preparation table via the machine controls, therefore less wear of the cutting dies and the cutting boards increasing lifetime of the cutting boards and considerable cost savings. Additionally, variety of cutting work is easily manageable.

The sandwich height is controlled via light barrier on infeed and outfeed side of the cutting area. Separate data input for the "sandwich" height for each preparation table. The upper roller is adjusted by means of servomotor with positioning controls. Different "sandwich" heights can be chosen for each preparation table via the machine controls, therefore less wear of the cutting dies and the cutting boards increasing lifetime of the cutting boards and considerable cost savings. Additionally, variety of cutting work is easily manageable.

The sandwich height is controlled via light barrier on infeed and outfeed side of the cutting area. Separate data input for the "sandwich" height for each preparation table. The upper roller is adjusted by means of servomotor with positioning controls. Different "sandwich" heights can be chosen for each preparation table via the machine controls, therefore less wear of the cutting dies and the cutting boards increasing lifetime of the cutting boards and considerable cost savings. Additionally, variety of cutting work is easily manageable.
The sandwich height is controlled via light barrier on infeed and outfeed side of the cutting area. Separate data input for the "sandwich" height for each preparation table. The upper roller is adjusted by means of servomotor with positioning controls. Different "sandwich" heights can be chosen for each preparation table via the machine controls, therefore less wear of the cutting dies and the cutting boards increasing lifetime of the cutting boards and considerable cost savings. Additionally, variety of cutting work is easily manageable.

 

A "Siemens" PLC Type S7-300 controls the various machine movements. The machine can be extended by up to 10 preparation tables.

Working with several preparation tables avoids downtimes.